Updates for Ruby compiler.

11 files changed, 667 insertions, 556 deletions

diff --git a/stdlib/source/lux/target/ruby.lux b/stdlib/source/lux/target/ruby.lux
index e1df6bba6..c170f3504 100644
--- a/stdlib/source/lux/target/ruby.lux
+++ b/stdlib/source/lux/target/ruby.lux
@@ -1,26 +1,40 @@
 (.module:
-  [lux (#- Code Global static int if cond function or and not comment)
+  [lux (#- Location Code static int if cond function or and not comment)
+   ["@" target]
+   ["." host]
    [control
     [pipe (#+ case> cond> new>)]]
    [data
-    [number
-     ["f" frac]]
     ["." text
      ["%" format (#+ format)]]
     [collection
      ["." list ("#\." functor fold)]]]
    [macro
     ["." template]]
+   [math
+    [number
+     ["f" frac]]]
    [type
     abstract]])
 
-(def: input-separator ", ")
-(def: statement-suffix ";")
+(def: input_separator ", ")
+(def: statement_suffix ";")
+
+(for {@.old (as_is (host.import: java/lang/CharSequence)
+                   (host.import: java/lang/String
+                     ["#::."
+                      (replace [java/lang/CharSequence java/lang/CharSequence] java/lang/String)]))}
+     (as_is))
 
 (def: nest
   (-> Text Text)
-  (|>> (format text.new-line)
-       (text.replace-all text.new-line (format text.new-line text.tab))))
+  (.let [nested_new_line (format text.new_line text.tab)]
+    (for {@.old (|>> (format text.new_line)
+                     (:coerce java/lang/String)
+                     (java/lang/String::replace (:coerce java/lang/CharSequence text.new_line)
+                                                (:coerce java/lang/CharSequence nested_new_line)))}
+         (|>> (format text.new_line)
+              (text.replace_all text.new_line nested_new_line)))))
 
 (abstract: #export (Code brand)
   Text
@@ -33,82 +47,76 @@
     (-> (Code Any) Text)
     (|>> :representation))
 
-  (template [<type> <super>]
-    [(with-expansions [<brand> (template.identifier [<type> "'"])]
-       (`` (abstract: #export (<brand> brand) Any))
-       (`` (type: #export (<type> brand)
-             (<super> (<brand> brand)))))]
+  (template [<type> <super>+]
+    [(with_expansions [<brand> (template.identifier [<type> "'"])]
+       (abstract: (<brand> brand) Any)
+       (`` (type: #export <type> (|> Any <brand> (~~ (template.splice <super>+))))))]
     
-    [Expression Code]
-    [Computation Expression]
-    [Location Computation]
-    [Var Location]
-    [Statement Code]
+    [Expression [Code]]
+    [Computation [Expression' Code]]
+    [Location [Computation' Expression' Code]]
+    [Var [Location' Computation' Expression' Code]]
+    [LVar [Var' Location' Computation' Expression' Code]]
+    [Statement [Code]]
     )
 
-  (template [<type> <super>]
-    [(with-expansions [<brand> (template.identifier [<type> "'"])]
-       (`` (abstract: #export <brand> Any))
-       (`` (type: #export <type> (<super> <brand>))))]
-
-    [Literal Computation]
-    [Access Location]
+  (template [<type> <super>+]
+    [(with_expansions [<brand> (template.identifier [<type> "'"])]
+       (abstract: #export <brand> Any)
+       (`` (type: #export <type> (|> <brand> (~~ (template.splice <super>+))))))]
+
+    [Literal [Computation' Expression' Code]]
+    [Access [Location' Computation' Expression' Code]]
+    [GVar [Var' Location' Computation' Expression' Code]]
+    [IVar [Var' Location' Computation' Expression' Code]]
+    [SVar [Var' Location' Computation' Expression' Code]]
+    [LVar* [LVar' Var' Location' Computation' Expression' Code]]
+    [LVar** [LVar' Var' Location' Computation' Expression' Code]]
     )
 
-  (template [<var> <brand> <prefix> <constructor>]
-    [(abstract: #export <brand> Any)
-
-     (type: #export <var> (Var <brand>))
-
-     (def: #export <constructor>
+  (template [<var> <prefix> <constructor>]
+    [(def: #export <constructor>
        (-> Text <var>)
        (|>> (format <prefix>) :abstraction))]
 
-    [GVar Global   "$"  global]
-    [IVar Instance "@"  instance]
-    [SVar Static   "@@" static]
+    [GVar "$"  global]
+    [IVar "@"  instance]
+    [SVar "@@" static]
     )
 
-  (abstract: #export (Local brand) Any)
-  (type: #export LVar (Var (Local Any)))
-
   (def: #export local
     (-> Text LVar)
     (|>> :abstraction))
 
-  (template [<var> <brand> <prefix> <modifier> <unpacker>]
-    [(abstract: #export <brand> Any)
-
-     (type: #export <var> (Var (Local <brand>)))
-
-     (template [<name> <input> <output>]
+  (template [<var> <prefix> <modifier> <unpacker>]
+    [(template [<name> <input> <output>]
        [(def: #export <name>
           (-> <input> <output>)
           (|>> :representation (format <prefix>) :abstraction))]
 
        [<modifier> LVar <var>]
-       [<unpacker> (Expression Any) (Computation Any)]
+       [<unpacker> Expression Computation]
        )]
 
-    [LVar*  Poly   "*"  variadic    splat]
-    [LVar** PolyKV "**" variadic-kv double-splat]
+    [LVar*  "*"  variadic    splat]
+    [LVar** "**" variadic_kv double_splat]
     )
 
-  (template [<ruby-name> <lux-name>]
-    [(def: #export <lux-name> (..global <ruby-name>))]
-
-    ["@" latest-error]
-    ["_" last-string-read]
-    ["." last-line-number-read]
-    ["&" last-string-matched]
-    ["~" last-regexp-match]
-    ["=" case-insensitivity-flag]
-    ["/" input-record-separator]
-    ["\" output-record-separator]
-    ["0" script-name]
-    ["*" command-line-arguments]
-    ["$" process-id]
-    ["?" exit-status]
+  (template [<ruby_name> <lux_name>]
+    [(def: #export <lux_name> (..global <ruby_name>))]
+
+    ["@" latest_error]
+    ["_" last_string_read]
+    ["." last_line_number_read]
+    ["&" last_string_matched]
+    ["~" last_regexp_match]
+    ["=" case_insensitivity_flag]
+    ["/" input_record_separator]
+    ["\" output_record_separator]
+    ["0" script_name]
+    ["*" command_line_arguments]
+    ["$" process_id]
+    ["?" exit_status]
     )
 
   (def: #export nil
@@ -124,17 +132,17 @@
   (def: sanitize
     (-> Text Text)
     (`` (|>> (~~ (template [<find> <replace>]
-                   [(text.replace-all <find> <replace>)]
+                   [(text.replace_all <find> <replace>)]
 
                    ["\" "\\"]
                    [text.tab "\t"]
-                   [text.vertical-tab "\v"]
+                   [text.vertical_tab "\v"]
                    [text.null "\0"]
-                   [text.back-space "\b"]
-                   [text.form-feed "\f"]
-                   [text.new-line "\n"]
-                   [text.carriage-return "\r"]
-                   [text.double-quote (format "\" text.double-quote)]
+                   [text.back_space "\b"]
+                   [text.form_feed "\f"]
+                   [text.new_line "\n"]
+                   [text.carriage_return "\r"]
+                   [text.double_quote (format "\" text.double_quote)]
                    ))
              )))
 
@@ -149,63 +157,63 @@
 
   (def: #export float
     (-> Frac Literal)
-    (|>> (cond> [(f.= f.positive-infinity)]
+    (|>> (cond> [(f.= f.positive_infinity)]
                 [(new> "(+1.0/0.0)" [])]
                 
-                [(f.= f.negative-infinity)]
+                [(f.= f.negative_infinity)]
                 [(new> "(-1.0/0.0)" [])]
                 
-                [(f.= f.not-a-number)]
+                [(f.= f.not_a_number)]
                 [(new> "(+0.0/-0.0)" [])]
 
                 ## else
                 [%.frac])
          :abstraction))
 
-  (def: #export (array-range from to array)
-    (-> (Expression Any) (Expression Any) (Expression Any) (Computation Any))
+  (def: #export (array_range from to array)
+    (-> Expression Expression Expression Computation)
     (|> (format (:representation from) ".." (:representation to))
         (text.enclose ["[" "]"])
         (format (:representation array))
         :abstraction))
 
   (def: #export array
-    (-> (List (Expression Any)) Literal)
+    (-> (List Expression) Literal)
     (|>> (list\map (|>> :representation))
-         (text.join-with ..input-separator)
+         (text.join_with ..input_separator)
          (text.enclose ["[" "]"])
          :abstraction))
 
   (def: #export hash
-    (-> (List [(Expression Any) (Expression Any)]) Literal)
+    (-> (List [Expression Expression]) Literal)
     (|>> (list\map (.function (_ [k v])
                      (format (:representation k) " => " (:representation v))))
-         (text.join-with ..input-separator)
+         (text.join_with ..input_separator)
          (text.enclose ["{" "}"])
          :abstraction))
 
   (def: #export (apply/* args func)
-    (-> (List (Expression Any)) (Expression Any) (Computation Any))
+    (-> (List Expression) Expression Computation)
     (|> args
         (list\map (|>> :representation))
-        (text.join-with ..input-separator)
+        (text.join_with ..input_separator)
         (text.enclose ["(" ")"])
         (format (:representation func))
         :abstraction))
 
   (def: #export (the field object)
-    (-> Text (Expression Any) Access)
+    (-> Text Expression Access)
     (:abstraction (format (:representation object) "." field)))
 
   (def: #export (nth idx array)
-    (-> (Expression Any) (Expression Any) Access)
+    (-> Expression Expression Access)
     (|> (:representation idx)
         (text.enclose ["[" "]"])
         (format (:representation array))
         :abstraction))
 
   (def: #export (? test then else)
-    (-> (Expression Any) (Expression Any) (Expression Any) (Computation Any))
+    (-> Expression Expression Expression Computation)
     (|> (format (:representation test) " ? "
                 (:representation then) " : "
                 (:representation else))
@@ -213,92 +221,92 @@
         :abstraction))
 
   (def: #export statement
-    (-> (Expression Any) (Statement Any))
+    (-> Expression Statement)
     (|>> :representation
-         (text.suffix ..statement-suffix)
+         (text.suffix ..statement_suffix)
          :abstraction))
 
   (def: #export (then pre! post!)
-    (-> (Statement Any) (Statement Any) (Statement Any))
+    (-> Statement Statement Statement)
     (:abstraction
      (format (:representation pre!)
-             text.new-line
+             text.new_line
              (:representation post!))))
 
   (def: #export (set vars value)
-    (-> (List (Location Any)) (Expression Any) (Statement Any))
+    (-> (List Location) Expression Statement)
     (:abstraction
      (format (|> vars
                  (list\map (|>> :representation))
-                 (text.join-with ..input-separator))
-             " = " (:representation value) ..statement-suffix)))
+                 (text.join_with ..input_separator))
+             " = " (:representation value) ..statement_suffix)))
 
   (def: (block content)
     (-> Text Text)
     (format content
-            text.new-line "end" ..statement-suffix))
+            text.new_line "end" ..statement_suffix))
 
   (def: #export (if test then! else!)
-    (-> (Expression Any) (Statement Any) (Statement Any) (Statement Any))
+    (-> Expression Statement Statement Statement)
     (<| :abstraction
         ..block
         (format "if " (:representation test)
-                text.new-line (..nest (:representation then!))
-                text.new-line "else"
-                text.new-line (..nest (:representation else!)))))
+                text.new_line (..nest (:representation then!))
+                text.new_line "else"
+                text.new_line (..nest (:representation else!)))))
 
   (template [<name> <block>]
     [(def: #export (<name> test then!)
-       (-> (Expression Any) (Statement Any) (Statement Any))
+       (-> Expression Statement Statement)
        (<| :abstraction
            ..block
            (format <block> " " (:representation test)
-                   text.new-line (..nest (:representation then!)))))]
+                   text.new_line (..nest (:representation then!)))))]
 
     [when "if"]
     [while "while"]
     )
 
-  (def: #export (for-in var array iteration!)
-    (-> LVar (Expression Any) (Statement Any) (Statement Any))
+  (def: #export (for_in var array iteration!)
+    (-> LVar Expression Statement Statement)
     (<| :abstraction
         ..block
         (format "for " (:representation var)
                 " in " (:representation array)
                 " do "
-                text.new-line (..nest (:representation iteration!)))))
+                text.new_line (..nest (:representation iteration!)))))
 
   (type: #export Rescue
     {#classes (List Text)
      #exception LVar
-     #rescue (Statement Any)})
+     #rescue Statement})
 
   (def: #export (begin body! rescues)
-    (-> (Statement Any) (List Rescue) (Statement Any))
+    (-> Statement (List Rescue) Statement)
     (<| :abstraction
         ..block
         (format "begin"
-                text.new-line (:representation body!)
+                text.new_line (:representation body!)
                 (|> rescues
                     (list\map (.function (_ [classes exception rescue])
-                                (format text.new-line "rescue " (text.join-with ..input-separator classes)
+                                (format text.new_line "rescue " (text.join_with ..input_separator classes)
                                         " => " (:representation exception)
-                                        text.new-line (..nest (:representation rescue)))))
-                    (text.join-with text.new-line)))))
+                                        text.new_line (..nest (:representation rescue)))))
+                    (text.join_with text.new_line)))))
 
   (def: #export (return value)
-    (-> (Expression Any) (Statement Any))
-    (:abstraction (format "return " (:representation value) ..statement-suffix)))
+    (-> Expression Statement)
+    (:abstraction (format "return " (:representation value) ..statement_suffix)))
 
   (def: #export (raise message)
-    (-> (Expression Any) (Computation Any))
+    (-> Expression Computation)
     (:abstraction (format "raise " (:representation message))))
 
   (template [<name> <keyword>]
     [(def: #export <name>
-       (Statement Any)
+       Statement
        (|> <keyword>
-           (text.suffix ..statement-suffix)
+           (text.suffix ..statement_suffix)
            :abstraction))]
 
     [next "next"]
@@ -307,21 +315,21 @@
     )
 
   (def: #export (function name args body!)
-    (-> LVar (List (Var Any)) (Statement Any) (Statement Any))
+    (-> LVar (List Var) Statement Statement)
     (<| :abstraction
         ..block
         (format "def " (:representation name)
                 (|> args
                     (list\map (|>> :representation))
-                    (text.join-with ..input-separator)
+                    (text.join_with ..input_separator)
                     (text.enclose ["(" ")"]))
-                text.new-line (:representation body!))))
+                text.new_line (:representation body!))))
 
   (def: #export (lambda name args body!)
-    (-> (Maybe LVar) (List (Var Any)) (Statement Any) Literal)
+    (-> (Maybe LVar) (List Var) Statement Literal)
     (let [proc (|> (format (|> args
                                (list\map (|>> :representation))
-                               (text.join-with ..input-separator)
+                               (text.join_with ..input_separator)
                                (text.enclose' "|"))
                            " "
                            (:representation body!))
@@ -338,7 +346,7 @@
 
   (template [<op> <name>]
     [(def: #export (<name> parameter subject)
-       (-> (Expression Any) (Expression Any) (Computation Any))
+       (-> Expression Expression Computation)
        (:abstraction (format "(" (:representation subject) " " <op> " " (:representation parameter) ")")))]
 
     ["==" =]
@@ -356,30 +364,30 @@
 
     ["||" or]
     ["&&" and]
-    [ "|" bit-or]
-    [ "&" bit-and]
-    [ "^" bit-xor]
+    [ "|" bit_or]
+    [ "&" bit_and]
+    [ "^" bit_xor]
 
-    ["<<" bit-shl]
-    [">>" bit-shr]
+    ["<<" bit_shl]
+    [">>" bit_shr]
     )
 
   (def: #export (not subject)
-    (-> (Expression Any) (Computation Any))
+    (-> Expression Computation)
     (:abstraction (format "(!" (:representation subject) ")")))
 
   (def: #export (comment commentary on)
     (All [brand] (-> Text (Code brand) (Code brand)))
-    (:abstraction (format "# "  (..sanitize commentary) text.new-line
+    (:abstraction (format "# "  (..sanitize commentary) text.new_line
                           (:representation on))))
   )
 
 (def: #export (do method args object)
-  (-> Text (List (Expression Any)) (Expression Any) (Computation Any))
+  (-> Text (List Expression) Expression Computation)
   (|> object (..the method) (..apply/* args)))
 
 (def: #export (cond clauses else!)
-  (-> (List [(Expression Any) (Statement Any)]) (Statement Any) (Statement Any))
+  (-> (List [Expression Statement]) Statement Statement)
   (list\fold (.function (_ [test then!] next!)
                (..if test then! next!))
              else!
diff --git a/stdlib/source/lux/tool/compiler/language/lux/phase/extension/analysis/ruby.lux b/stdlib/source/lux/tool/compiler/language/lux/phase/extension/analysis/ruby.lux
new file mode 100644
index 000000000..3b9f4ad75
--- /dev/null
+++ b/stdlib/source/lux/tool/compiler/language/lux/phase/extension/analysis/ruby.lux
@@ -0,0 +1,34 @@
+(.module:
+  [lux #*
+   ["." host]
+   [abstract
+    ["." monad (#+ do)]]
+   [control
+    ["<>" parser
+     ["<c>" code (#+ Parser)]]]
+   [data
+    [collection
+     ["." array (#+ Array)]
+     ["." dictionary]
+     ["." list]]]
+   ["." type
+    ["." check]]
+   ["@" target
+    ["_" ruby]]]
+  [//
+   ["/" lux (#+ custom)]
+   [//
+    ["." bundle]
+    [//
+     ["." analysis #_
+      ["#/." type]]
+     [//
+      ["." analysis (#+ Analysis Operation Phase Handler Bundle)]
+      [///
+       ["." phase]]]]]])
+
+(def: #export bundle
+  Bundle
+  (<| (bundle.prefix "ruby")
+      (|> bundle.empty
+          )))
diff --git a/stdlib/source/lux/tool/compiler/language/lux/phase/extension/generation/ruby/common.lux b/stdlib/source/lux/tool/compiler/language/lux/phase/extension/generation/ruby/common.lux
index 0ab831668..d43f3833a 100644
--- a/stdlib/source/lux/tool/compiler/language/lux/phase/extension/generation/ruby/common.lux
+++ b/stdlib/source/lux/tool/compiler/language/lux/phase/extension/generation/ruby/common.lux
@@ -3,64 +3,88 @@
    [abstract
     ["." monad (#+ do)]]
    [control
-    ["." function]]
+    ["." function]
+    ["." try]
+    ["<>" parser
+     ["<s>" synthesis (#+ Parser)]]]
    [data
     ["." product]
-    ["." text]
-    [number
-     ["f" frac]]
+    ["." text
+     ["%" format (#+ format)]]
     [collection
-     ["." dictionary]]]
+     ["." dictionary]
+     ["." list ("#\." functor fold)]]]
+   [math
+    [number
+     ["f" frac]]]
    [target
     ["_" ruby (#+ Expression)]]]
-  [////
+  ["." //// #_
    ["/" bundle]
-   [//
+   ["/#" // #_
+    ["." extension]
     [generation
      [extension (#+ Nullary Unary Binary Trinary
                     nullary unary binary trinary)]
      ["//" ruby #_
-      ["#." runtime (#+ Operation Phase Handler Bundle)]]]]])
+      ["#." runtime (#+ Operation Phase Handler Bundle Generator)]]]
+    [//
+     [synthesis (#+ %synthesis)]
+     ["." generation]
+     [///
+      ["#" phase]]]]])
+
+(def: #export (custom [parser handler])
+  (All [s]
+    (-> [(Parser s)
+         (-> Text (Generator s))]
+        Handler))
+  (function (_ extension_name phase archive input)
+    (case (<s>.run parser input)
+      (#try.Success input')
+      (handler extension_name phase archive input')
 
-(def: lux-procs
+      (#try.Failure error)
+      (/////.throw extension.invalid_syntax [extension_name %synthesis input]))))
+
+(def: lux_procs
   Bundle
   (|> /.empty
       (/.install "is" (binary (product.uncurry _.=)))
       (/.install "try" (unary //runtime.lux//try))))
 
-(def: keep-i64
+(def: keep_i64
   (All [input]
-    (-> (-> input (Expression Any))
-        (-> input (Expression Any))))
-  (function.compose (_.bit-and (_.manual "0xFFFFFFFFFFFFFFFF"))))
+    (-> (-> input Expression)
+        (-> input Expression)))
+  (function.compose (_.bit_and (_.manual "0xFFFFFFFFFFFFFFFF"))))
 
-(def: i64-procs
+(def: i64_procs
   Bundle
   (<| (/.prefix "i64")
       (|> /.empty
-          (/.install "and" (binary (product.uncurry _.bit-and)))
-          (/.install "or" (binary (product.uncurry _.bit-or)))
-          (/.install "xor" (binary (product.uncurry _.bit-xor)))
-          (/.install "left-shift" (binary (..keep-i64 (product.uncurry _.bit-shl))))
-          (/.install "logical-right-shift" (binary (product.uncurry //runtime.i64//logic-right-shift)))
-          (/.install "arithmetic-right-shift" (binary (product.uncurry _.bit-shr)))
+          (/.install "and" (binary (product.uncurry _.bit_and)))
+          (/.install "or" (binary (product.uncurry _.bit_or)))
+          (/.install "xor" (binary (product.uncurry _.bit_xor)))
+          (/.install "left-shift" (binary (..keep_i64 (product.uncurry _.bit_shl))))
+          (/.install "right-shift" (binary (product.uncurry //runtime.i64//logic_right_shift)))
           (/.install "=" (binary (product.uncurry _.=)))
-          (/.install "+" (binary (..keep-i64 (product.uncurry _.+))))
-          (/.install "-" (binary (..keep-i64 (product.uncurry _.-))))
+          (/.install "+" (binary (..keep_i64 (product.uncurry _.+))))
+          (/.install "-" (binary (..keep_i64 (product.uncurry _.-))))
           )))
 
-(def: int-procs
+(def: int_procs
   Bundle
   (<| (/.prefix "int")
       (|> /.empty
           (/.install "<" (binary (product.uncurry _.<)))
-          (/.install "*" (binary (..keep-i64 (product.uncurry _.*))))
+          (/.install "*" (binary (..keep_i64 (product.uncurry _.*))))
           (/.install "/" (binary (product.uncurry _./)))
           (/.install "%" (binary (product.uncurry _.%)))
           (/.install "frac" (unary (_./ (_.float +1.0))))
           (/.install "char" (unary (_.do "chr" (list)))))))
 
-(def: frac-procs
+(def: frac_procs
   Bundle
   (<| (/.prefix "frac")
       (|> /.empty
@@ -76,18 +100,18 @@
           (/.install "decode" (unary //runtime.f64//decode)))))
 
 (def: (text//char [subjectO paramO])
-  (Binary (Expression Any))
+  (Binary Expression)
   (//runtime.text//char subjectO paramO))
 
 (def: (text//clip [paramO extraO subjectO])
-  (Trinary (Expression Any))
+  (Trinary Expression)
   (//runtime.text//clip subjectO paramO extraO))
 
 (def: (text//index [startO partO textO])
-  (Trinary (Expression Any))
+  (Trinary Expression)
   (//runtime.text//index textO partO startO))
 
-(def: text-procs
+(def: text_procs
   Bundle
   (<| (/.prefix "text")
       (|> /.empty
@@ -101,43 +125,38 @@
           )))
 
 (def: (io//log! messageG)
-  (Unary (Expression Any))
-  (_.or (_.apply/* (list (|> messageG (_.+ (_.string text.new-line))))
+  (Unary Expression)
+  (_.or (_.apply/* (list (|> messageG (_.+ (_.string text.new_line))))
                    (_.local "puts"))
         //runtime.unit))
 
 (def: io//error!
-  (Unary (Expression Any))
+  (Unary Expression)
   _.raise)
 
-(def: (io//exit! code)
-  (Unary (Expression Any))
-  (_.apply/* (list code) (_.local "exit")))
-
-(def: (io//current-time! _)
-  (Nullary (Expression Any))
+(def: (io//current_time! _)
+  (Nullary Expression)
   (|> (_.local "Time")
       (_.do "now" (list))
       (_.do "to_f" (list))
       (_.* (_.float +1000.0))
       (_.do "to_i" (list))))
 
-(def: io-procs
+(def: io_procs
   Bundle
   (<| (/.prefix "io")
       (|> /.empty
           (/.install "log" (unary ..io//log!))
           (/.install "error" (unary ..io//error!))
-          (/.install "exit" (unary ..io//exit!))
-          (/.install "current-time" (nullary ..io//current-time!)))))
+          (/.install "current-time" (nullary ..io//current_time!)))))
 
 (def: #export bundle
   Bundle
   (<| (/.prefix "lux")
-      (|> lux-procs
-          (dictionary.merge ..i64-procs)
-          (dictionary.merge ..int-procs)
-          (dictionary.merge ..frac-procs)
-          (dictionary.merge ..text-procs)
-          (dictionary.merge ..io-procs)
+      (|> lux_procs
+          (dictionary.merge ..i64_procs)
+          (dictionary.merge ..int_procs)
+          (dictionary.merge ..frac_procs)
+          (dictionary.merge ..text_procs)
+          (dictionary.merge ..io_procs)
           )))
diff --git a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/python.lux b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/python.lux
index 2de025059..cdaabfc08 100644
--- a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/python.lux
+++ b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/python.lux
@@ -48,17 +48,13 @@
     (^ (////synthesis.branch/case case))
     (/case.case! false statement expression archive case)
 
-    (^ (////synthesis.branch/let let))
-    (/case.let! statement expression archive let)
-
-    (^ (////synthesis.branch/if if))
-    (/case.if! statement expression archive if)
-
-    (^ (////synthesis.loop/scope scope))
-    (/loop.scope! statement expression archive scope)
-
-    (^ (////synthesis.loop/recur updates))
-    (/loop.recur! statement expression archive updates)
+    (^template [<tag> <generator>]
+      [(^ (<tag> value))
+       (<generator> statement expression archive value)])
+    ([////synthesis.branch/let /case.let!]
+     [////synthesis.branch/if /case.if!]
+     [////synthesis.loop/scope /loop.scope!]
+     [////synthesis.loop/recur /loop.recur!])
 
     (^ (////synthesis.function/abstraction abstraction))
     (//////phase\map _.return (/function.function statement expression archive abstraction))
diff --git a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/python/case.lux b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/python/case.lux
index 62225bb9c..eb6ae3e19 100644
--- a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/python/case.lux
+++ b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/python/case.lux
@@ -177,7 +177,7 @@
   (-> Bit Phase! Phase Archive Path (Operation (Statement Any)))
   (function (recur pathP)
     (.case pathP
-      (^ (/////synthesis.path/then bodyS))
+      (#/////synthesis.Then bodyS)
       (statement expression archive bodyS)
 
       #/////synthesis.Pop
@@ -203,31 +203,20 @@
                   else!
                   then!))))
 
-      (#/////synthesis.I64_Fork cons)
-      (do {! ///////phase.monad}
-        [clauses (monad.map ! (function (_ [match then])
-                                (do !
-                                  [then! (recur then)]
-                                  (wrap [(_.= (//primitive.i64 (.int match))
-                                              ..peek)
-                                         then!])))
-                            (#.Cons cons))]
-        (wrap (_.cond clauses
-                      ..fail_pm!)))
-
       (^template [<tag> <format>]
         [(<tag> cons)
          (do {! ///////phase.monad}
            [clauses (monad.map ! (function (_ [match then])
                                    (\ ! map
-                                      (|>> [(_.= (<format> match)
+                                      (|>> [(_.= (|> match <format>)
                                                  ..peek)])
                                       (recur then)))
                                (#.Cons cons))]
            (wrap (_.cond clauses
                          ..fail_pm!)))])
-      ([#/////synthesis.F64_Fork //primitive.f64]
-       [#/////synthesis.Text_Fork //primitive.text])
+      ([#/////synthesis.I64_Fork (<| //primitive.i64 .int)]
+       [#/////synthesis.F64_Fork (<| //primitive.f64)]
+       [#/////synthesis.Text_Fork (<| //primitive.text)])
 
       (^template [<complex> <simple> <choice>]
         [(^ (<complex> idx))
diff --git a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby.lux b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby.lux
index d7e02b980..9524441f2 100644
--- a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby.lux
+++ b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby.lux
@@ -1,21 +1,30 @@
 (.module:
   [lux #*
    [abstract
-    [monad (#+ do)]]]
+    [monad (#+ do)]]
+   [control
+    ["." exception (#+ exception:)]]
+   [target
+    ["_" ruby]]]
   ["." / #_
-   [runtime (#+ Phase)]
+   [runtime (#+ Phase Phase!)]
    ["#." primitive]
    ["#." structure]
-   ["#." reference ("#\." system)]
+   ["#." reference]
    ["#." function]
    ["#." case]
    ["#." loop]
-   ["//#" /// #_
-    ["#." extension]
+   ["/#" // #_
+    ["#." reference]
     ["/#" // #_
-     ["#." synthesis]
-     ["//#" /// #_
-      ["#." phase ("#\." monad)]]]]])
+     ["#." extension]
+     ["/#" // #_
+      [analysis (#+)]
+      ["#." synthesis]
+      ["//#" /// #_
+       ["#." phase ("#\." monad)]
+       [reference (#+)
+        [variable (#+)]]]]]]])
 
 (def: #export (generate archive synthesis)
   Phase
@@ -28,35 +37,25 @@
      [////synthesis.f64  /primitive.f64]
      [////synthesis.text /primitive.text])
 
-    (^ (////synthesis.variant variantS))
-    (/structure.variant generate archive variantS)
-
-    (^ (////synthesis.tuple members))
-    (/structure.tuple generate archive members)
+    (^template [<tag> <generator>]
+      [(^ (<tag> value))
+       (<generator> generate archive value)])
+    ([////synthesis.variant /structure.variant]
+     [////synthesis.tuple /structure.tuple]
+     
+     [////synthesis.branch/case /case.case]
+     [////synthesis.branch/let /case.let]
+     [////synthesis.branch/if /case.if]
+     [////synthesis.branch/get /case.get]
+     
+     [////synthesis.loop/scope /loop.scope]
+     [////synthesis.loop/recur /loop.recur]
+     
+     [////synthesis.function/abstraction /function.function]
+     [////synthesis.function/apply /function.apply])
 
     (#////synthesis.Reference value)
-    (/reference\reference archive value)
-
-    (^ (////synthesis.branch/case case))
-    (/case.case generate archive case)
-
-    (^ (////synthesis.branch/let let))
-    (/case.let generate archive let)
-
-    (^ (////synthesis.branch/if if))
-    (/case.if generate archive if)
-
-    (^ (////synthesis.loop/scope scope))
-    (/loop.scope generate archive scope)
-
-    (^ (////synthesis.loop/recur updates))
-    (/loop.recur generate archive updates)
-
-    (^ (////synthesis.function/abstraction abstraction))
-    (/function.function generate archive abstraction)
-
-    (^ (////synthesis.function/apply application))
-    (/function.apply generate archive application)
+    (//reference.reference /reference.system archive value)
 
     (#////synthesis.Extension extension)
     (///extension.apply archive generate extension)))
diff --git a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/case.lux b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/case.lux
index bd85ca44a..fd9916a9b 100644
--- a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/case.lux
+++ b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/case.lux
@@ -1,21 +1,24 @@
 (.module:
   [lux (#- case let if)
    [abstract
-    [monad (#+ do)]]
+    ["." monad (#+ do)]]
    [control
-    ["ex" exception (#+ exception:)]]
+    [exception (#+ exception:)]]
    [data
-    ["." text]
-    [number
-     ["n" nat]
-     ["i" int]]
+    ["." text
+     ["%" format (#+ format)]]
     [collection
      ["." list ("#\." functor fold)]
      ["." set]]]
+   [math
+    [number
+     ["n" nat]
+     ["i" int]]]
    [target
-    ["_" ruby (#+ Expression Statement)]]]
+    ["_" ruby (#+ Expression LVar Statement)]]]
   ["." // #_
-   ["#." runtime (#+ Operation Phase Generator)]
+   ["#." runtime (#+ Operation Phase Generator Phase! Generator!)]
+   ["#." reference]
    ["#." primitive]
    ["/#" // #_
     ["#." reference]
@@ -23,35 +26,46 @@
      [synthesis
       ["." case]]
      ["/#" // #_
-      ["#." synthesis (#+ Synthesis Path)]
+      ["#." synthesis (#+ Member Synthesis Path)]
       ["#." generation]
       ["//#" /// #_
-       ["#." reference (#+ Register)]
+       [reference
+        ["#." variable (#+ Register)]]
        ["#." phase ("#\." monad)]
        [meta
         [archive (#+ Archive)]]]]]]])
 
 (def: #export register
-  (///reference.local _.local))
+  (-> Register LVar)
+  (|>> (///reference.local //reference.system) :assume))
 
 (def: #export capture
-  (///reference.foreign _.local))
+  (-> Register LVar)
+  (|>> (///reference.foreign //reference.system) :assume))
 
-(def: #export (let generate archive [valueS register bodyS])
+(def: #export (let expression archive [valueS register bodyS])
   (Generator [Synthesis Register Synthesis])
   (do ///////phase.monad
-    [valueO (generate archive valueS)
-     bodyO (generate archive bodyS)]
+    [valueO (expression archive valueS)
+     bodyO (expression archive bodyS)]
     ## TODO: Find some way to do 'let' without paying the price of the closure.
     (wrap (|> bodyO
               _.return
               (_.lambda #.None (list (..register register)))
               (_.do "call" (list valueO))))))
 
-(def: #export (record-get generate archive [valueS pathP])
-  (Generator [Synthesis (List (Either Nat Nat))])
+(def: #export (if expression archive [testS thenS elseS])
+  (Generator [Synthesis Synthesis Synthesis])
+  (do ///////phase.monad
+    [testO (expression archive testS)
+     thenO (expression archive thenS)
+     elseO (expression archive elseS)]
+    (wrap (_.? testO thenO elseO))))
+
+(def: #export (get expression archive [pathP valueS])
+  (Generator [(List Member) Synthesis])
   (do ///////phase.monad
-    [valueO (generate archive valueS)]
+    [valueO (expression archive valueS)]
     (wrap (list\fold (function (_ side source)
                        (.let [method (.case side
                                        (^template [<side> <accessor>]
@@ -61,56 +75,48 @@
                                         [#.Right //runtime.tuple//right]))]
                          (method source)))
                      valueO
-                     pathP))))
-
-(def: #export (if generate archive [testS thenS elseS])
-  (Generator [Synthesis Synthesis Synthesis])
-  (do ///////phase.monad
-    [testO (generate archive testS)
-     thenO (generate archive thenS)
-     elseO (generate archive elseS)]
-    (wrap (_.? testO thenO elseO))))
+                     (list.reverse pathP)))))
 
 (def: @savepoint (_.local "lux_pm_savepoint"))
 (def: @cursor (_.local "lux_pm_cursor"))
 (def: @temp (_.local "lux_pm_temp"))
 
 (def: (push! value)
-  (-> (Expression Any) (Statement Any))
+  (-> Expression Statement)
   (_.statement (|> @cursor (_.do "push" (list value)))))
 
-(def: peek-and-pop
-  (Expression Any)
+(def: peek_and_pop
+  Expression
   (|> @cursor (_.do "pop" (list))))
 
 (def: pop!
-  (Statement Any)
-  (_.statement ..peek-and-pop))
+  Statement
+  (_.statement ..peek_and_pop))
 
 (def: peek
-  (Expression Any)
+  Expression
   (_.nth (_.int -1) @cursor))
 
 (def: save!
-  (Statement Any)
-  (.let [cursor (_.array-range (_.int +0) (_.int -1) @cursor)]
+  Statement
+  (.let [cursor (_.array_range (_.int +0) (_.int -1) @cursor)]
     (_.statement (|> @savepoint (_.do "push" (list cursor))))))
 
 (def: restore!
-  (Statement Any)
+  Statement
   (_.set (list @cursor) (|> @savepoint (_.do "pop" (list)))))
 
 (def: fail! _.break)
 
-(def: (multi-pop! pops)
-  (-> Nat (Statement Any))
+(def: (multi_pop! pops)
+  (-> Nat Statement)
   (_.statement (_.do "slice!" (list (_.int (i.* -1 (.int pops)))
                                     (_.int (.int pops)))
                  @cursor)))
 
 (template [<name> <flag> <prep>]
   [(def: (<name> simple? idx)
-     (-> Bit Nat (Statement Any))
+     (-> Bit Nat Statement)
      ($_ _.then
          (_.set (list @temp) (|> idx <prep> .int _.int (//runtime.sum//get ..peek <flag>)))
          (.if simple?
@@ -120,12 +126,12 @@
              fail!
              (..push! @temp)))))]
 
-  [left-choice  _.nil         (<|)]
-  [right-choice (_.string "") inc]
+  [left_choice  _.nil         (<|)]
+  [right_choice (_.string "") inc]
   )
 
 (def: (alternation pre! post!)
-  (-> (Statement Any) (Statement Any) (Statement Any))
+  (-> Statement Statement Statement)
   ($_ _.then
       (_.while (_.bool true)
                ($_ _.then
@@ -135,88 +141,112 @@
           ..restore!
           post!)))
 
-(def: (pattern-matching' generate archive pathP)
-  (-> Phase Archive Path (Operation (Statement Any)))
-  (.case pathP
-    (^ (/////synthesis.path/then bodyS))
-    (///////phase\map _.return (generate archive bodyS))
-
-    #/////synthesis.Pop
-    (///////phase\wrap ..pop!)
-
-    (#/////synthesis.Bind register)
-    (///////phase\wrap (_.set (list (..register register)) ..peek))
-
-    (^template [<tag> <format>]
-      [(^ (<tag> value))
-       (///////phase\wrap (_.when (|> value <format> (_.= ..peek) _.not)
-                                  fail!))])
-    ([/////synthesis.path/bit  //primitive.bit]
-     [/////synthesis.path/i64  //primitive.i64]
-     [/////synthesis.path/f64  //primitive.f64]
-     [/////synthesis.path/text //primitive.text])
-
-    (^template [<complex> <simple> <choice>]
-      [(^ (<complex> idx))
-       (///////phase\wrap (<choice> false idx))
-
-       (^ (<simple> idx nextP))
-       (|> nextP
-           (pattern-matching' generate archive)
-           (///////phase\map (_.then (<choice> true idx))))])
-    ([/////synthesis.side/left  /////synthesis.simple-left-side  ..left-choice]
-     [/////synthesis.side/right /////synthesis.simple-right-side ..right-choice])
-
-    (^ (/////synthesis.member/left 0))
-    (///////phase\wrap (|> ..peek (_.nth (_.int +0)) ..push!))
-    
-    (^template [<pm> <getter>]
-      [(^ (<pm> lefts))
-       (///////phase\wrap (|> ..peek (<getter> (_.int (.int lefts))) ..push!))])
-    ([/////synthesis.member/left  //runtime.tuple//left]
-     [/////synthesis.member/right //runtime.tuple//right])
-
-    (^ (/////synthesis.!bind-top register thenP))
-    (do ///////phase.monad
-      [then! (pattern-matching' generate archive thenP)]
-      (///////phase\wrap ($_ _.then
-                             (_.set (list (..register register)) ..peek-and-pop)
-                             then!)))
-
-    (^ (/////synthesis.!multi-pop nextP))
-    (.let [[extra-pops nextP'] (case.count-pops nextP)]
+(def: (pattern_matching' expression archive)
+  (-> Phase Archive Path (Operation Statement))
+  (function (recur pathP)
+    (.case pathP
+      (#/////synthesis.Then bodyS)
+      (///////phase\map _.return (expression archive bodyS))
+
+      #/////synthesis.Pop
+      (///////phase\wrap ..pop!)
+
+      (#/////synthesis.Bind register)
+      (///////phase\wrap (_.set (list (..register register)) ..peek))
+
+      (#/////synthesis.Bit_Fork when thenP elseP)
+      (do {! ///////phase.monad}
+        [then! (recur thenP)
+         else! (.case elseP
+                 (#.Some elseP)
+                 (recur elseP)
+
+                 #.None
+                 (wrap ..fail!))]
+        (wrap (.if when
+                (_.if ..peek
+                  then!
+                  else!)
+                (_.if ..peek
+                  else!
+                  then!))))
+
+      (^template [<tag> <format>]
+        [(<tag> cons)
+         (do {! ///////phase.monad}
+           [clauses (monad.map ! (function (_ [match then])
+                                   (\ ! map
+                                      (|>> [(_.= (|> match <format>)
+                                                 ..peek)])
+                                      (recur then)))
+                               (#.Cons cons))]
+           (wrap (_.cond clauses
+                         ..fail!)))])
+      ([#/////synthesis.I64_Fork (<| //primitive.i64 .int)]
+       [#/////synthesis.F64_Fork (<| //primitive.f64)]
+       [#/////synthesis.Text_Fork (<| //primitive.text)])
+
+      (^template [<complex> <simple> <choice>]
+        [(^ (<complex> idx))
+         (///////phase\wrap (<choice> false idx))
+
+         (^ (<simple> idx nextP))
+         (|> nextP
+             recur
+             (///////phase\map (_.then (<choice> true idx))))])
+      ([/////synthesis.side/left  /////synthesis.simple_left_side  ..left_choice]
+       [/////synthesis.side/right /////synthesis.simple_right_side ..right_choice])
+
+      (^ (/////synthesis.member/left 0))
+      (///////phase\wrap (|> ..peek (_.nth (_.int +0)) ..push!))
+      
+      (^template [<pm> <getter>]
+        [(^ (<pm> lefts))
+         (///////phase\wrap (|> ..peek (<getter> (_.int (.int lefts))) ..push!))])
+      ([/////synthesis.member/left  //runtime.tuple//left]
+       [/////synthesis.member/right //runtime.tuple//right])
+
+      (^ (/////synthesis.!bind_top register thenP))
       (do ///////phase.monad
-        [next! (pattern-matching' generate archive nextP')]
+        [then! (recur thenP)]
         (///////phase\wrap ($_ _.then
-                               (..multi-pop! (n.+ 2 extra-pops))
-                               next!))))
-
-    (^template [<tag> <combinator>]
-      [(^ (<tag> preP postP))
-       (do ///////phase.monad
-         [pre! (pattern-matching' generate archive preP)
-          post! (pattern-matching' generate archive postP)]
-         (wrap (<combinator> pre! post!)))])
-    ([/////synthesis.path/seq _.then]
-     [/////synthesis.path/alt ..alternation])))
-
-(def: (pattern-matching generate archive pathP)
-  (-> Phase Archive Path (Operation (Statement Any)))
+                               (_.set (list (..register register)) ..peek_and_pop)
+                               then!)))
+
+      (^ (/////synthesis.!multi_pop nextP))
+      (.let [[extra_pops nextP'] (case.count_pops nextP)]
+        (do ///////phase.monad
+          [next! (recur nextP')]
+          (///////phase\wrap ($_ _.then
+                                 (..multi_pop! (n.+ 2 extra_pops))
+                                 next!))))
+
+      (^template [<tag> <combinator>]
+        [(^ (<tag> preP postP))
+         (do ///////phase.monad
+           [pre! (recur preP)
+            post! (recur postP)]
+           (wrap (<combinator> pre! post!)))])
+      ([/////synthesis.path/seq _.then]
+       [/////synthesis.path/alt ..alternation]))))
+
+(def: (pattern_matching expression archive pathP)
+  (-> Phase Archive Path (Operation Statement))
   (do ///////phase.monad
-    [pattern-matching! (pattern-matching' generate archive pathP)]
+    [pattern_matching! (pattern_matching' expression archive pathP)]
     (wrap ($_ _.then
               (_.while (_.bool true)
-                       pattern-matching!)
-              (_.statement (_.raise (_.string case.pattern-matching-error)))))))
+                       pattern_matching!)
+              (_.statement (_.raise (_.string case.pattern_matching_error)))))))
 
-(def: #export (case generate archive [valueS pathP])
+(def: #export (case expression archive [valueS pathP])
   (Generator [Synthesis Path])
   (do ///////phase.monad
-    [initG (generate archive valueS)
-     pattern-matching! (pattern-matching generate archive pathP)]
+    [initG (expression archive valueS)
+     pattern_matching! (pattern_matching expression archive pathP)]
     (wrap (|> ($_ _.then
                   (_.set (list @cursor) (_.array (list initG)))
                   (_.set (list @savepoint) (_.array (list)))
-                  pattern-matching!)
+                  pattern_matching!)
               (_.lambda #.None (list))
               (_.do "call" (list))))))
diff --git a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/function.lux b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/function.lux
index 091c8fb6a..d153670b7 100644
--- a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/function.lux
+++ b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/function.lux
@@ -2,47 +2,53 @@
   [lux (#- function)
    [abstract
     ["." monad (#+ do)]]
-   [control
-    pipe]
    [data
     ["." product]
+    [text
+     ["%" format (#+ format)]]
     [collection
      ["." list ("#\." functor fold)]]]
    [target
-    ["_" ruby (#+ Expression Statement)]]]
+    ["_" ruby (#+ LVar Expression Statement)]]]
   ["." // #_
-   [runtime (#+ Operation Phase Generator)]
+   [runtime (#+ Operation Phase Generator Phase! Generator!)]
    ["#." reference]
    ["#." case]
+   ["#." loop]
    ["/#" // #_
     ["#." reference]
     ["//#" /// #_
      [analysis (#+ Variant Tuple Environment Abstraction Application Analysis)]
      [synthesis (#+ Synthesis)]
-     ["#." generation]
+     ["#." generation (#+ Context)]
      ["//#" /// #_
-      [reference (#+ Register Variable)]
       [arity (#+ Arity)]
-      ["#." phase]]]]])
+      ["#." phase]
+      [reference
+       [variable (#+ Register Variable)]]
+      [meta
+       [archive (#+ Archive)
+        ["." artifact]]]]]]])
 
-(def: #export (apply generate archive [functionS argsS+])
+(def: #export (apply expression archive [functionS argsS+])
   (Generator (Application Synthesis))
   (do {! ///////phase.monad}
-    [functionO (generate archive functionS)
-     argsO+ (monad.map ! (generate archive) argsS+)]
+    [functionO (expression archive functionS)
+     argsO+ (monad.map ! (expression archive) argsS+)]
     (wrap (_.do "call" argsO+ functionO))))
 
 (def: #export capture
-  (///reference.foreign _.local))
+  (-> Register LVar)
+  (|>> (///reference.foreign //reference.system) :assume))
 
-(def: (with-closure inits function-definition)
-  (-> (List (Expression Any)) (Expression Any) (Expression Any))
+(def: (with_closure inits function_definition)
+  (-> (List Expression) Expression Expression)
   (case inits
     #.Nil
-    function-definition
+    function_definition
 
     _
-    (|> function-definition
+    (|> function_definition
         _.return
         (_.lambda #.None
                   (|> (list.enumeration inits)
@@ -52,47 +58,46 @@
 (def: input
   (|>> inc //case.register))
 
-(def: #export (function generate archive [environment arity bodyS])
+(def: #export (function expression archive [environment arity bodyS])
   (Generator (Abstraction Synthesis))
   (do {! ///////phase.monad}
-    [[function-name bodyO] (/////generation.with-new-context
+    [[function_name bodyO] (/////generation.with_new_context archive
                              (do !
-                               [function-name (\ ! map ///reference.artifact-name
-                                                 /////generation.context)]
-                               (/////generation.with-anchor (_.local function-name)
-                                 (generate archive bodyS))))
-     closureO+ (: (Operation (List (Expression Any)))
-                  (monad.map ! (\ //reference.system variable) environment))
-     #let [function-name (///reference.artifact-name function-name)
+                               [function_name (\ ! map ///reference.artifact
+                                                 (/////generation.context archive))]
+                               (/////generation.with_anchor (_.local function_name)
+                                 (expression archive bodyS))))
+     closureO+ (monad.map ! (expression archive) environment)
+     #let [function_name (///reference.artifact function_name)
            @curried (_.local "curried")
            arityO (|> arity .int _.int)
            limitO (|> arity dec .int _.int)
-           @num-args (_.local "num_args")
-           @self (_.local function-name)
-           initialize-self! (_.set (list (//case.register 0)) @self)
+           @num_args (_.local "num_args")
+           @self (_.local function_name)
+           initialize_self! (_.set (list (//case.register 0)) @self)
            initialize! (list\fold (.function (_ post pre!)
                                     ($_ _.then
                                         pre!
                                         (_.set (list (..input post)) (_.nth (|> post .int _.int) @curried))))
-                                  initialize-self!
+                                  initialize_self!
                                   (list.indices arity))]]
-    (wrap (with-closure closureO+
+    (wrap (with_closure closureO+
             (_.lambda (#.Some @self) (list (_.variadic @curried))
                       ($_ _.then
-                          (_.set (list @num-args) (_.the "length" @curried))
-                          (_.cond (list [(|> @num-args (_.= arityO))
+                          (_.set (list @num_args) (_.the "length" @curried))
+                          (_.cond (list [(|> @num_args (_.= arityO))
                                          ($_ _.then
                                              initialize!
                                              (_.return bodyO))]
-                                        [(|> @num-args (_.> arityO))
+                                        [(|> @num_args (_.> arityO))
                                          (let [slice (.function (_ from to)
-                                                       (_.array-range from to @curried))
-                                               arity-args (_.splat (slice (_.int +0) limitO))
-                                               output-func-args (_.splat (slice arityO @num-args))]
+                                                       (_.array_range from to @curried))
+                                               arity_args (_.splat (slice (_.int +0) limitO))
+                                               output_func_args (_.splat (slice arityO @num_args))]
                                            (_.return (|> @self
-                                                         (_.do "call" (list arity-args))
-                                                         (_.do "call" (list output-func-args)))))])
-                                  ## (|> @num-args (_.< arityO))
+                                                         (_.do "call" (list arity_args))
+                                                         (_.do "call" (list output_func_args)))))])
+                                  ## (|> @num_args (_.< arityO))
                                   (let [@missing (_.local "missing")]
                                     (_.return (_.lambda #.None (list (_.variadic @missing))
                                                         (_.return (|> @self
diff --git a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/loop.lux b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/loop.lux
index cecea44e9..3a6152337 100644
--- a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/loop.lux
+++ b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/loop.lux
@@ -4,34 +4,43 @@
     ["." monad (#+ do)]]
    [data
     ["." product]
-    [number
-     ["n" nat]]
     [text
      ["%" format (#+ format)]]
     [collection
-     ["." list ("#\." functor)]]]
+     ["." list ("#\." functor fold)]
+     ["." set]]]
+   [math
+    [number
+     ["n" nat]]]
    [target
-    ["_" ruby (#+ Expression LVar)]]]
+    ["_" ruby (#+ Expression LVar Statement)]]]
   ["." // #_
-   [runtime (#+ Operation Phase Generator)]
+   [runtime (#+ Operation Phase Generator Phase! Generator!)]
    ["#." case]
-   ["///#" //// #_
-    [synthesis (#+ Scope Synthesis)]
-    ["#." generation]
-    ["//#" /// #_
-     ["#." phase]]]])
+   ["/#" // #_
+    ["#." reference]
+    ["/#" // #_
+     [synthesis
+      ["." case]]
+     ["/#" // #_
+      ["." synthesis (#+ Scope Synthesis)]
+      ["#." generation]
+      ["//#" /// #_
+       ["#." phase]
+       [reference
+        ["#." variable (#+ Register)]]]]]]])
 
-(def: loop-name
+(def: loop_name
   (-> Nat LVar)
   (|>> %.nat (format "loop") _.local))
 
-(def: #export (scope generate archive [start initsS+ bodyS])
+(def: #export (scope expression archive [start initsS+ bodyS])
   (Generator (Scope Synthesis))
   (do {! ///////phase.monad}
-    [@loop (\ ! map ..loop-name /////generation.next)
-     initsO+ (monad.map ! (generate archive) initsS+)
-     bodyO (/////generation.with-anchor @loop
-             (generate archive bodyS))]
+    [@loop (\ ! map ..loop_name /////generation.next)
+     initsO+ (monad.map ! (expression archive) initsS+)
+     bodyO (/////generation.with_anchor @loop
+             (expression archive bodyS))]
     (wrap (|> (_.return bodyO)
               (_.lambda (#.Some @loop)
                         (|> initsS+
@@ -39,9 +48,9 @@
                             (list\map (|>> product.left (n.+ start) //case.register))))
               (_.apply/* initsO+)))))
 
-(def: #export (recur generate archive argsS+)
+(def: #export (recur expression archive argsS+)
   (Generator (List Synthesis))
   (do {! ///////phase.monad}
     [@scope /////generation.anchor
-     argsO+ (monad.map ! (generate archive) argsS+)]
+     argsO+ (monad.map ! (expression archive) argsS+)]
     (wrap (_.apply/* argsO+ @scope))))
diff --git a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/reference.lux b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/reference.lux
index 936f9249e..1149b2e8d 100644
--- a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/reference.lux
+++ b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/reference.lux
@@ -2,12 +2,11 @@
   [lux #*
    [target
     ["_" ruby (#+ Expression)]]]
-  ["." /// #_
-   ["#." reference]])
+  [///
+   [reference (#+ System)]])
 
-(def: #export system
-  (let [constant (: (-> Text (Expression Any))
-                    _.global)
-        variable (: (-> Text (Expression Any))
-                    _.local)]
-    (///reference.system constant variable)))
+(structure: #export system
+  (System Expression)
+
+  (def: constant _.global)
+  (def: variable _.local))
diff --git a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/runtime.lux b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/runtime.lux
index 221442863..76460e39a 100644
--- a/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/runtime.lux
+++ b/stdlib/source/lux/tool/compiler/language/lux/phase/generation/ruby/runtime.lux
@@ -1,36 +1,45 @@
 (.module:
   [lux (#- inc)
+   ["." meta]
    [abstract
-    [monad (#+ do)]]
+    ["." monad (#+ do)]]
    [control
     ["." function]
-    ["p" parser
-     ["s" code]]]
+    ["<>" parser
+     ["<.>" code]]]
    [data
-    [number (#+ hex)
-     ["." i64]]
-    ["." text
-     ["%" format (#+ format)]]
+    ["." product]
+    ["." text ("#\." hash)
+     ["%" format (#+ format)]
+     ["." encoding]]
     [collection
-     ["." list ("#\." functor)]]]
+     ["." list ("#\." functor)]
+     ["." row]]]
    ["." macro
-    ["." code]
-    [syntax (#+ syntax:)]]
-   [target
+    [syntax (#+ syntax:)]
+    ["." code]]
+   [math
+    [number (#+ hex)
+     ["." i64]]]
+   ["@" target
     ["_" ruby (#+ Expression LVar Computation Literal Statement)]]]
   ["." /// #_
    ["#." reference]
    ["//#" /// #_
-    ["#." synthesis]
-    ["#." generation (#+ Buffer)]
-    ["//#" /// #_
+    ["$" version]
+    ["#." synthesis (#+ Synthesis)]
+    ["#." generation]
+    ["//#" ///
      ["#." phase]
+     [reference
+      [variable (#+ Register)]]
      [meta
-      [archive (#+ Archive)]]]]])
+      [archive (#+ Output Archive)
+       ["." artifact (#+ Registry)]]]]]])
 
 (template [<name> <base>]
   [(type: #export <name>
-     (<base> LVar (Expression Any) (Statement Any)))]
+     (<base> LVar Expression Statement))]
 
   [Operation /////generation.Operation]
   [Phase /////generation.Phase]
@@ -39,163 +48,172 @@
   )
 
 (type: #export (Generator i)
-  (-> Phase Archive i (Operation (Expression Any))))
+  (-> Phase Archive i (Operation Expression)))
+
+(type: #export Phase!
+  (-> Phase Archive Synthesis (Operation (Statement Any))))
+
+(type: #export (Generator! i)
+  (-> Phase! Phase Archive i (Operation (Statement Any))))
 
 (def: prefix Text "LuxRuntime")
 
-(def: #export unit (_.string /////synthesis.unit))
+(def: #export unit
+  (_.string /////synthesis.unit))
 
 (def: (flag value)
   (-> Bit Literal)
   (if value
-    (_.string "")
+    ..unit
     _.nil))
 
-(def: #export variant-tag-field "_lux_tag")
-(def: #export variant-flag-field "_lux_flag")
-(def: #export variant-value-field "_lux_value")
+(def: #export variant_tag_field "_lux_tag")
+(def: #export variant_flag_field "_lux_flag")
+(def: #export variant_value_field "_lux_value")
 
 (def: (variant' tag last? value)
-  (-> (Expression Any) (Expression Any) (Expression Any) Literal)
-  (_.hash (list [(_.string ..variant-tag-field) tag]
-                [(_.string ..variant-flag-field) last?]
-                [(_.string ..variant-value-field) value])))
+  (-> Expression Expression Expression Literal)
+  (_.hash (list [(_.string ..variant_tag_field) tag]
+                [(_.string ..variant_flag_field) last?]
+                [(_.string ..variant_value_field) value])))
 
 (def: #export (variant tag last? value)
-  (-> Nat Bit (Expression Any) Literal)
+  (-> Nat Bit Expression Literal)
   (variant' (_.int (.int tag)) (..flag last?) value))
 
 (def: #export none
   Literal
-  (variant 0 #0 unit))
+  (..variant 0 #0 ..unit))
 
 (def: #export some
-  (-> (Expression Any) Literal)
-  (variant 1 #1))
+  (-> Expression Literal)
+  (..variant 1 #1))
 
 (def: #export left
-  (-> (Expression Any) Literal)
-  (variant 0 #0))
+  (-> Expression Literal)
+  (..variant 0 #0))
 
 (def: #export right
-  (-> (Expression Any) Literal)
-  (variant 1 #1))
-
-(def: runtime-name
-  (-> Text LVar)
-  (|>> ///reference.sanitize
-       (format ..prefix "_")
-       _.local))
+  (-> Expression Literal)
+  (..variant 1 #1))
 
 (def: (feature name definition)
-  (-> LVar (-> LVar (Statement Any)) (Statement Any))
+  (-> LVar (-> LVar Statement) Statement)
   (definition name))
 
-(syntax: #export (with-vars {vars (s.tuple (p.some s.local-identifier))}
+(syntax: #export (with_vars {vars (<code>.tuple (<>.some <code>.local_identifier))}
                    body)
-  (wrap (list (` (let [(~+ (|> vars
-                               (list\map (function (_ var)
-                                           (list (code.local-identifier var)
-                                                 (` (_.local (~ (code.text (///reference.sanitize var))))))))
-                               list.concat))]
-                   (~ body))))))
-
-(syntax: (runtime: {declaration (p.or s.local-identifier
-                                      (s.form (p.and s.local-identifier
-                                                     (p.some s.local-identifier))))}
+  (do {! meta.monad}
+    [ids (monad.seq ! (list.repeat (list.size vars) meta.count))]
+    (wrap (list (` (let [(~+ (|> vars
+                                 (list.zip/2 ids)
+                                 (list\map (function (_ [id var])
+                                             (list (code.local_identifier var)
+                                                   (` (_.local (~ (code.text (format "v" (%.nat id)))))))))
+                                 list.concat))]
+                     (~ body)))))))
+
+(def: module_id
+  0)
+
+(syntax: (runtime: {declaration (<>.or <code>.local_identifier
+                                       (<code>.form (<>.and <code>.local_identifier
+                                                            (<>.some <code>.local_identifier))))}
            code)
-  (case declaration
-    (#.Left name)
-    (macro.with-gensyms [g!_]
-      (let [nameC (code.local-identifier name)
-            code-nameC (code.local-identifier (format "@" name))
-            runtime-nameC (` (runtime-name (~ (code.text name))))]
-        (wrap (list (` (def: #export (~ nameC) LVar (~ runtime-nameC)))
-                    (` (def: (~ code-nameC)
-                         (Statement Any)
-                         (..feature (~ runtime-nameC)
-                                    (function ((~ g!_) (~ nameC))
-                                      (~ code)))))))))
-    
-    (#.Right [name inputs])
-    (macro.with-gensyms [g!_]
-      (let [nameC (code.local-identifier name)
-            code-nameC (code.local-identifier (format "@" name))
-            runtime-nameC (` (runtime-name (~ (code.text name))))
-            inputsC (list\map code.local-identifier inputs)
-            inputs-typesC (list\map (function.constant (` (_.Expression Any)))
-                                    inputs)]
-        (wrap (list (` (def: #export ((~ nameC) (~+ inputsC))
-                         (-> (~+ inputs-typesC) (Computation Any))
-                         (_.apply/* (list (~+ inputsC)) (~ runtime-nameC))))
-                    (` (def: (~ code-nameC)
-                         (Statement Any)
-                         (..feature (~ runtime-nameC)
-                                    (function ((~ g!_) (~ g!_))
-                                      (..with-vars [(~+ inputsC)]
-                                        (_.function (~ g!_) (list (~+ inputsC))
-                                          (~ code)))))))))))))
-
-(def: tuple-size
+  (do meta.monad
+    [runtime_id meta.count]
+    (macro.with_gensyms [g!_]
+      (let [runtime (code.local_identifier (///reference.artifact [..module_id runtime_id]))
+            runtime_name (` (_.local (~ (code.text (%.code runtime)))))]
+        (case declaration
+          (#.Left name)
+          (macro.with_gensyms [g!_]
+            (let [g!name (code.local_identifier name)]
+              (wrap (list (` (def: #export (~ g!name) LVar (~ runtime_name)))
+                          (` (def: (~ (code.local_identifier (format "@" name)))
+                               Statement
+                               (..feature (~ runtime_name)
+                                          (function ((~ g!_) (~ g!name))
+                                            (_.set (list (~ g!name)) (~ code))))))))))
+          
+          (#.Right [name inputs])
+          (macro.with_gensyms [g!_]
+            (let [g!name (code.local_identifier name)
+                  inputsC (list\map code.local_identifier inputs)
+                  inputs_typesC (list\map (function.constant (` _.Expression))
+                                          inputs)]
+              (wrap (list (` (def: #export ((~ g!name) (~+ inputsC))
+                               (-> (~+ inputs_typesC) Computation)
+                               (_.apply/* (list (~+ inputsC)) (~ runtime_name))))
+                          
+                          (` (def: (~ (code.local_identifier (format "@" name)))
+                               Statement
+                               (..feature (~ runtime_name)
+                                          (function ((~ g!_) (~ g!_))
+                                            (..with_vars [(~+ inputsC)]
+                                              (_.function (~ g!_) (list (~+ inputsC))
+                                                (~ code))))))))))))))))
+
+(def: tuple_size
   (_.the "length"))
 
-(def: last-index
-  (|>> ..tuple-size (_.- (_.int +1))))
+(def: last_index
+  (|>> ..tuple_size (_.- (_.int +1))))
 
-(with-expansions [<recur> (as-is ($_ _.then
-                                     (_.set (list lefts) (_.- last-index-right lefts))
-                                     (_.set (list tuple) (_.nth last-index-right tuple))))]
+(with_expansions [<recur> (as_is ($_ _.then
+                                     (_.set (list lefts) (_.- last_index_right lefts))
+                                     (_.set (list tuple) (_.nth last_index_right tuple))))]
   (runtime: (tuple//left lefts tuple)
-    (with-vars [last-index-right]
+    (with_vars [last_index_right]
       (<| (_.while (_.bool true))
           ($_ _.then
-              (_.set (list last-index-right) (..last-index tuple))
-              (_.if (_.> lefts last-index-right)
+              (_.set (list last_index_right) (..last_index tuple))
+              (_.if (_.> lefts last_index_right)
                 ## No need for recursion
                 (_.return (_.nth lefts tuple))
                 ## Needs recursion
                 <recur>)))))
 
   (runtime: (tuple//right lefts tuple)
-    (with-vars [last-index-right right-index]
+    (with_vars [last_index_right right_index]
       (<| (_.while (_.bool true))
           ($_ _.then
-              (_.set (list last-index-right) (..last-index tuple))
-              (_.set (list right-index) (_.+ (_.int +1) lefts))
-              (_.cond (list [(_.= last-index-right right-index)
-                             (_.return (_.nth right-index tuple))]
-                            [(_.> last-index-right right-index)
+              (_.set (list last_index_right) (..last_index tuple))
+              (_.set (list right_index) (_.+ (_.int +1) lefts))
+              (_.cond (list [(_.= last_index_right right_index)
+                             (_.return (_.nth right_index tuple))]
+                            [(_.> last_index_right right_index)
                              ## Needs recursion.
                              <recur>])
-                      (_.return (_.array-range right-index (..tuple-size tuple) tuple)))
+                      (_.return (_.array_range right_index (..tuple_size tuple) tuple)))
               )))))
 
 (runtime: (sum//get sum wantsLast wantedTag)
-  (let [no-match! (_.return _.nil)
-        sum-tag (_.nth (_.string ..variant-tag-field) sum)
-        sum-flag (_.nth (_.string ..variant-flag-field) sum)
-        sum-value (_.nth (_.string ..variant-value-field) sum)
-        is-last? (_.= (_.string "") sum-flag)
-        test-recursion! (_.if is-last?
+  (let [no_match! (_.return _.nil)
+        sum_tag (_.nth (_.string ..variant_tag_field) sum)
+        sum_flag (_.nth (_.string ..variant_flag_field) sum)
+        sum_value (_.nth (_.string ..variant_value_field) sum)
+        is_last? (_.= ..unit sum_flag)
+        test_recursion! (_.if is_last?
                           ## Must recurse.
-                          (_.return (sum//get sum-value wantsLast (_.- sum-tag wantedTag)))
-                          no-match!)]
-    (_.cond (list [(_.= sum-tag wantedTag)
-                   (_.if (_.= wantsLast sum-flag)
-                     (_.return sum-value)
-                     test-recursion!)]
+                          (_.return (sum//get sum_value wantsLast (_.- sum_tag wantedTag)))
+                          no_match!)]
+    (_.cond (list [(_.= sum_tag wantedTag)
+                   (_.if (_.= wantsLast sum_flag)
+                     (_.return sum_value)
+                     test_recursion!)]
 
-                  [(_.> sum-tag wantedTag)
-                   test-recursion!]
+                  [(_.> sum_tag wantedTag)
+                   test_recursion!]
 
-                  [(_.and (_.< sum-tag wantedTag)
-                          (_.= (_.string "") wantsLast))
-                   (_.return (variant' (_.- wantedTag sum-tag) sum-flag sum-value))])
+                  [(_.and (_.< sum_tag wantedTag)
+                          (_.= ..unit wantsLast))
+                   (_.return (variant' (_.- wantedTag sum_tag) sum_flag sum_value))])
 
-            no-match!)))
+            no_match!)))
 
 (def: runtime//adt
-  (Statement Any)
+  Statement
   ($_ _.then
       @tuple//left
       @tuple//right
@@ -203,44 +221,44 @@
       ))
 
 (runtime: (lux//try risky)
-  (with-vars [error value]
+  (with_vars [error value]
     (_.begin ($_ _.then
                  (_.set (list value) (_.do "call" (list ..unit) risky))
                  (_.return (..right value)))
              (list [(list) error
                     (_.return (..left (_.the "message" error)))]))))
 
-(runtime: (lux//program-args raw)
-  (with-vars [tail head]
+(runtime: (lux//program_args raw)
+  (with_vars [tail head]
     ($_ _.then
         (_.set (list tail) ..none)
-        (<| (_.for-in head raw)
+        (<| (_.for_in head raw)
             (_.set (list tail) (..some (_.array (list head tail)))))
         (_.return tail))))
 
 (def: runtime//lux
-  (Statement Any)
+  Statement
   ($_ _.then
       @lux//try
-      @lux//program-args
+      @lux//program_args
       ))
 
-(runtime: (i64//logic-right-shift param subject)
+(runtime: (i64//logic_right_shift param subject)
   (let [mask (|> (_.int +1)
-                 (_.bit-shl (_.- param (_.int +64)))
+                 (_.bit_shl (_.- param (_.int +64)))
                  (_.- (_.int +1)))]
     (_.return (|> subject
-                  (_.bit-shr param)
-                  (_.bit-and mask)))))
+                  (_.bit_shr param)
+                  (_.bit_and mask)))))
 
 (def: runtime//i64
-  (Statement Any)
+  Statement
   ($_ _.then
-      @i64//logic-right-shift
+      @i64//logic_right_shift
       ))
 
 (runtime: (f64//decode inputG)
-  (with-vars [@input @temp]
+  (with_vars [@input @temp]
     ($_ _.then
         (_.set (list @input) inputG)
         (_.set (list @temp) (_.do "to_f" (list) @input))
@@ -253,13 +271,13 @@
           (_.return ..none)))))
 
 (def: runtime//f64
-  (Statement Any)
+  Statement
   ($_ _.then
       @f64//decode
       ))
 
 (runtime: (text//index subject param start)
-  (with-vars [idx]
+  (with_vars [idx]
     ($_ _.then
         (_.set (list idx) (|> subject (_.do "index" (list param start))))
         (_.if (_.= _.nil idx)
@@ -267,20 +285,20 @@
           (_.return (..some idx))))))
 
 (def: (within? top value)
-  (-> (Expression Any) (Expression Any) (Computation Any))
+  (-> Expression Expression Computation)
   (_.and (|> value (_.>= (_.int +0)))
          (|> value (_.< top))))
 
 (runtime: (text//clip @text @from @to)
-  (_.return (|> @text (_.array-range @from @to))))
+  (_.return (|> @text (_.array_range @from @to))))
 
 (runtime: (text//char idx text)
   (_.if (|> idx (within? (_.the "length" text)))
-    (_.return (..some (|> text (_.array-range idx idx) (_.do "ord" (list)))))
+    (_.return (..some (|> text (_.array_range idx idx) (_.do "ord" (list)))))
     (_.return ..none)))
 
 (def: runtime//text
-  (Statement Any)
+  Statement
   ($_ _.then
       @text//index
       @text//clip
@@ -288,7 +306,7 @@
       ))
 
 (def: runtime
-  (Statement Any)
+  Statement
   ($_ _.then
       runtime//adt
       runtime//lux
@@ -301,9 +319,14 @@
   ..prefix)
 
 (def: #export generate
-  (Operation (Buffer (Statement Any)))
-  (/////generation.with-buffer
-    (do ///////phase.monad
-      [_ (/////generation.execute! ..runtime)
-       _ (/////generation.save! ..prefix ..runtime)]
-      /////generation.buffer)))
+  (Operation [Registry Output])
+  (do ///////phase.monad
+    [_ (/////generation.execute! ..runtime)
+     _ (/////generation.save! (%.nat ..module_id) ..runtime)]
+    (wrap [(|> artifact.empty
+               artifact.resource
+               product.right)
+           (row.row [(%.nat ..module_id)
+                     (|> ..runtime
+                         _.code
+                         (\ encoding.utf8 encode))])])))