module Nydp def self.compile_and_eval vm, expr vm.thread Pair.new(Compiler.compile(expr, Nydp.NIL), Nydp.NIL) end def self.setup ns Symbol.mk(:cons, ns).assign(Nydp::Builtin::Cons.new) Symbol.mk(:car, ns).assign(Nydp::Builtin::Car.new) Symbol.mk(:cdr, ns).assign(Nydp::Builtin::Cdr.new) Symbol.mk(:+, ns).assign(Nydp::Builtin::Plus.new) Symbol.mk(:-, ns).assign(Nydp::Builtin::Minus.new) Symbol.mk(:*, ns).assign(Nydp::Builtin::Times.new) Symbol.mk(:/, ns).assign(Nydp::Builtin::Divide.new) Symbol.mk(:>, ns).assign(Nydp::Builtin::GreaterThan.new) Symbol.mk(:<, ns).assign(Nydp::Builtin::LessThan.new) Symbol.mk(:eval, ns).assign(Nydp::Builtin::Eval.new(ns)) Symbol.mk(:hash, ns).assign(Nydp::Builtin::Hash.new) Symbol.mk(:apply, ns).assign(Nydp::Builtin::Apply.new) Symbol.mk(:error, ns).assign(Nydp::Builtin::Error.new) Symbol.mk(:quit, ns).assign(Nydp::Builtin::Quit.new) Symbol.mk(:p, ns).assign(Nydp::Builtin::Puts.new) Symbol.mk(:PI, ns).assign Literal.new(3.1415) Symbol.mk(:nil, ns).assign Nydp.NIL Symbol.mk(:t, ns).assign Nydp.T Symbol.mk(:sym, ns).assign Nydp::Builtin::ToSym.new(ns) Symbol.mk(:inspect, ns).assign(Nydp::Builtin::Inspect.new) Symbol.mk(:comment, ns).assign(Nydp::Builtin::Comment.new) Symbol.mk(:millisecs, ns).assign(Nydp::Builtin::Millisecs.new) Symbol.mk("random-string",ns).assign(Nydp::Builtin::RandomString.new) Symbol.mk("to-string", ns).assign(Nydp::Builtin::ToString.new) Symbol.mk(:"eq?", ns).assign(Nydp::Builtin::IsEqual.new) Symbol.mk(:"pair?", ns).assign(Nydp::Builtin::IsPair.new) Symbol.mk(:"cdr-set", ns).assign(Nydp::Builtin::CdrSet.new) Symbol.mk(:"hash-get", ns).assign(Nydp::Builtin::HashGet.new) Symbol.mk(:"hash-set", ns).assign(Nydp::Builtin::HashSet.new) Symbol.mk(:"hash-keys", ns).assign(Nydp::Builtin::HashKeys.new) Symbol.mk(:"vm-info", ns).assign Nydp::Builtin::VmInfo.new Symbol.mk(:"pre-compile", ns).assign Nydp::Builtin::PreCompile.new end class Runner attr_accessor :vm, :ns def initialize vm, ns @vm = vm @ns = ns @precompile = Symbol.mk(:"pre-compile", ns) @quote = Symbol.mk(:quote, ns) end def quote expr Pair.from_list [@quote, expr] end def precompile expr Pair.from_list [@precompile, quote(expr)] end def pre_compile expr Nydp.compile_and_eval(vm, precompile(expr)) end def evaluate expr Nydp.compile_and_eval(vm, pre_compile(expr)) end end class StreamRunner < Runner attr_accessor :stream, :parser def initialize vm, ns, stream super vm, ns @stream = stream @parser = Nydp::Parser.new(ns) @tokens = Nydp::Tokeniser.new stream end def prompt *_ end def run res = Nydp.NIL prompt while !@tokens.finished expr = parser.expression(@tokens) unless expr.nil? res = evaluate expr prompt res end end res end end class Repl < StreamRunner def prompt val=nil puts val if val print "nydp > " end end def self.repl puts "welcome to nydp" root_ns = { } setup(root_ns) vm = VM.new boot_path = File.join File.expand_path(File.dirname(__FILE__)), 'lisp/boot.nydp' StreamRunner.new(vm, root_ns, File.new(boot_path)).run Repl.new(vm, root_ns, $stdin).run end def self.tests puts "welcome to nydp : running tests" root_ns = { } setup(root_ns) vm = VM.new boot_path = File.join File.expand_path(File.dirname(__FILE__)), 'lisp/boot.nydp' test_runner_path = File.join File.expand_path(File.dirname(__FILE__)), 'lisp/test-runner.nydp' tests = Dir.glob(File.join File.expand_path(File.dirname(__FILE__)), 'lisp/tests/**/*.nydp') StreamRunner.new(vm, root_ns, File.new(boot_path)).run StreamRunner.new(vm, root_ns, File.new(test_runner_path)).run tests.each do |tst| StreamRunner.new(vm, root_ns, File.new(tst)).run end StreamRunner.new(vm, root_ns, "(run-all-tests)").run end end require "nydp/error" require "nydp/truth" require "nydp/version" require "nydp/helper" require "nydp/symbol" require "nydp/symbol_lookup" require "nydp/pair" require "nydp/assignment" require "nydp/builtin" require "nydp/string_atom" require "nydp/string_token" require "nydp/tokeniser" require "nydp/parser" require "nydp/compiler" require "nydp/vm"