Bumped to Fennel 6.1 and fixed stdio.fnl readline!

lib/stdio.fnl

@@ -7,23 +7,25 @@
 (local (event channel) ...)
 
 (when channel
-  (let [prompt (fn [] (io.write "> ") (io.flush) (io.read "*l"))]
+  (let [prompt (fn [next-line?] (io.write (if next-line? ".." ">> ")) (io.flush) (.. (io.read) "\n"))]
     ((fn looper [input]
        (when input
          ;; This is consumed by love.handlers[event]
          (love.event.push event input)
-         (let [output (: channel :demand)]
+         (let [output (: channel :demand)
+               next-line (and (. output 2) (= "next-line" (. output 2)))]
            ;; There is probably a more efficient way of determining an error
-           (if (and (. output 2) (= "Error:" (. output 2)))
+           (if next-line :ok
+               (and (. output 2) (= "Error:" (. output 2)))
                (print (view output))
                (each [_ ret (ipairs output)]
-                 (print ret))))
+                 (print ret)))
            (io.flush)
-         (looper (prompt)))) (prompt))))
+           (looper (prompt next-line))))) (prompt))))
 
 {:start (fn start-repl []
 
-          (let [code (love.filesystem.read "stdio.fnl")
+          (let [code (love.filesystem.read "lib/stdio.fnl")
                 luac (if code
                          (love.filesystem.newFileData
                           (fennel.compileString code) "io")
@@ -33,7 +35,10 @@
                 coro (coroutine.create fennel.repl)
                 out (fn [val]
                       (: io-channel :push  val))
-                options {:readChunk coroutine.yield
+                options {:readChunk (fn [parser-state]
+                                      (when (> parser-state.stack-size 0)
+                                        (: io-channel :push  ["next-line" "next-line"]))
+                                      (coroutine.yield))
                          :onValues out
                          :onError (fn [kind ...] (out [kind "Error:" ...]))
                          :pp view
@@ -43,4 +48,4 @@
             (: thread :start "eval" io-channel)
             (set love.handlers.eval
                  (fn [input]
-                   (coroutine.resume coro  (.. input "\n"))))))}
+                   (coroutine.resume coro  input)))))}

lib/stdio.lua

@@ -1,46 +0,0 @@
- require("love.event")
- local view = require("lib.fennelview") local event, channel = ... local function _0_(...) if channel then
-
-
-
-
-
-
-
- local prompt = nil local function _0_() io.write("> ") io.flush() return io.read("*l") end prompt = _0_
- local function looper(input) if input then
-
-
- love.event.push(event, input)
- do local output = channel:demand()
-
- if (output[2] and ("Error:" == output[2])) then
- print(view(output)) else
- for _, ret in ipairs(output) do
- print(ret) end end end
- io.flush()
- return looper(prompt()) end end return looper(prompt()) end end _0_(...)
-
- local function start_repl()
-
- local code = love.filesystem.read("stdio.fnl") local luac = nil
- if code then
- luac = love.filesystem.newFileData(fennel.compileString(code), "io") else
-
- luac = love.filesystem.read("lib/stdio.lua") end
- local thread = love.thread.newThread(luac)
- local io_channel = love.thread.newChannel()
- local coro = coroutine.create(fennel.repl) local out = nil
- local function _2_(val)
- return io_channel:push(val) end out = _2_ local options = nil
-
-
- local function _3_(kind, ...) return out({kind, "Error:", ...}) end options = {moduleName = "lib.fennel", onError = _3_, onValues = out, pp = view, readChunk = coroutine.yield}
-
-
-
- coroutine.resume(coro, options)
- thread:start("eval", io_channel)
-
- local function _4_(input)
- return coroutine.resume(coro, (input .. "\n")) end love.handlers.eval = _4_ return nil end return {start = start_repl}