func AddNativeTo(table *TransitionTable, s *term.SettingS,
f func(Dwimmer, *term.SettingT, ...term.T) term.T, names ...string) {
indices := make([]int, len(names))
for i, name := range names {
for j, key := range s.Names {
if name == key {
indices[i] = j
}
}
}
g := func(d Dwimmer, s *term.SettingT) term.T {
args := make([]term.T, len(indices))
for i, index := range indices {
args[i] = s.Args[index]
}
s.AppendAction(term.AskC(NativeQ.C()))
result := f(d, s, args...)
if result != nil {
s.AppendTerm(core.Answer.T(result))
s.AppendAction(term.ReturnC(term.Cr(len(s.Args) - 1)))
}
return result
}
table.Save(s.Setting, NativeTransition(g))
}
func init() {
var s, t *term.SettingS
s = term.InitS()
s.AppendTemplate(Fold, "f", "l", "x")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("l")))
t = s.Copy().AppendTemplate(lists.Empty)
t = dynamics.AddSimple(t, term.ReturnS(term.Sr("x")))
t = s.Copy().AppendTemplate(lists.Cons, "head", "tail")
t = dynamics.AddSimple(t, term.AskS(Apply2.S(term.Sr("f"), term.Sr("x"), term.Sr("head"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A1", "y")
t = dynamics.AddSimple(t, term.AskS(Fold.S(term.Sr("f"), term.Sr("tail"), term.Sr("y"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A2", "A")
t = dynamics.AddSimple(t, term.ReturnS(term.Sr("A")))
t = s.Copy().AppendTemplate(lists.Snoc, "init", "last")
t = dynamics.AddSimple(t, term.AskS(Fold.S(term.Sr("f"), term.Sr("init"), term.Sr("x"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A1", "y")
t = dynamics.AddSimple(t, term.AskS(Apply2.S(term.Sr("f"), term.Sr("y"), term.Sr("last"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A2", "A")
t = dynamics.AddSimple(t, term.ReturnS(term.Sr("A")))
t = s.Copy().AppendTemplate(lists.Concat, "a", "b")
t = dynamics.AddSimple(t, term.AskS(Fold.S(term.Sr("f"), term.Sr("a"), term.Sr("x"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A1", "y")
t = dynamics.AddSimple(t, term.AskS(Fold.S(term.Sr("f"), term.Sr("b"), term.Sr("y"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A2", "A")
t = dynamics.AddSimple(t, term.ReturnS(term.Sr("A")))
t = s.Copy().AppendTemplate(lists.Singleton, "y")
t = dynamics.AddSimple(t, term.AskS(Apply2.S(term.Sr("f"), term.Sr("x"), term.Sr("y"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A1", "A")
t = dynamics.AddSimple(t, term.ReturnS(term.Sr("A")))
}
func (t *TransitionTable) SaveSimpleS(s *term.SettingS, a term.ActionS) *term.SettingS {
aC := a.Instantiate(s.Names)
t.SaveSimpleC(s.Setting, aC)
return s.Copy().AppendAction(aC)
}
func init() {
var s, t *term.SettingS
s = ApplicationSetting()
s.AppendTemplate(Map, "g")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("x")))
t = s.Copy().AppendTemplate(lists.Empty)
t = dynamics.AddSimple(t, term.ReturnS(core.Answer.S(lists.Empty.S())))
t = s.Copy().AppendTemplate(lists.Singleton, "y")
t = dynamics.AddSimple(t, term.AskS(Apply.S(term.Sr("g"), term.Sr("y"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A1", "newy")
t = dynamics.AddSimple(t, term.ReturnS(lists.Singleton.S(term.Sr("y"))))
t = s.Copy().AppendTemplate(lists.Cons, "head", "tail")
t = dynamics.AddSimple(t, term.AskS(Apply.S(term.Sr("g"), term.Sr("head"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A1", "newhead")
t = dynamics.AddSimple(t, term.AskS(Apply.S(term.Sr("f"), term.Sr("tail"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A2", "newtail")
t = dynamics.AddSimple(t, term.ReturnS(lists.Cons.S(term.Sr("newhead"), term.Sr("newtail"))))
t = s.Copy().AppendTemplate(lists.Snoc, "init", "last")
t = dynamics.AddSimple(t, term.AskS(Apply.S(term.Sr("g"), term.Sr("last"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A1", "newlast")
t = dynamics.AddSimple(t, term.AskS(Apply.S(term.Sr("f"), term.Sr("init"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A2", "newinit")
t = dynamics.AddSimple(t, term.ReturnS(lists.Snoc.S(term.Sr("newinit"), term.Sr("newlast"))))
t = s.Copy().AppendTemplate(lists.Concat, "a", "b")
t = dynamics.AddSimple(t, term.AskS(Apply.S(term.Sr("f"), term.Sr("a"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A1", "newa")
t = dynamics.AddSimple(t, term.AskS(Apply.S(term.Sr("f"), term.Sr("b"))))
t = dynamics.ExpectAnswer(t, core.Answer, "A2", "newb")
t = dynamics.AddSimple(t, term.ReturnS(lists.Concat.S(term.Sr("newa"), term.Sr("newb"))))
}
func ExpectQuestion(s *term.SettingS, t term.TemplateID, names ...string) *term.SettingS {
result := s.Copy()
result.AppendTemplate(ParentChannel, names[0])
result.AppendTemplate(t, names[1:]...)
return result
}
func ExpectAnswer(s *term.SettingS, t term.TemplateID, names ...string) *term.SettingS {
result := s.Copy()
result.AppendTemplate(OpenChannel, names[0])
result.AppendTemplate(t, names[1:]...)
return result
}
func init() {
//dynamics.AddNativeResponse(FallThrough, 1, dynamics.Args1(fallThrough))
dynamics.AddNativeResponse(DisplayTemplate, 1, dynamics.Args1(displayTemplate))
dynamics.AddNativeResponse(GetActionInput, 2, dynamics.Args2(getInput))
dynamics.AddNativeResponse(ParseInputAsAction, 2, dynamics.Args2(parseInput))
var s *term.SettingS
s = dynamics.ExpectQuestion(term.InitS(), FallThrough, "Q", "setting")
s = dynamics.AddSimple(s, term.AskS(GetTemplate.S(term.Sr("setting"))))
s = dynamics.ExpectAnswer(s, core.Answer, "A", "template")
s = dynamics.AddSimple(s, term.AskS(ElicitActionQ.S(term.Sr("template"))))
s = dynamics.ExpectAnswer(s, core.Answer, "A2", "action")
s = dynamics.AddSimple(s, term.AskS(MakeTransition.S(term.Sr("action"))))
s = dynamics.ExpectAnswer(s, core.Answer, "A3", "transition")
s = dynamics.AddSimple(s, term.AskS(ShouldRecord.S(term.Sr("action"))))
s = dynamics.ExpectAnswer(s, core.Answer, "AA", "should")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("should")))
s.AppendTemplate(core.Yes)
s = dynamics.AddSimple(s, term.AskS(SetTransition.S(term.Sr("transition"), term.Sr("template"))))
s = dynamics.ExpectAnswer(s, core.OK, "A4")
s = dynamics.AddSimple(s, term.ReturnS(TakeTransition.S(term.Sr("transition"))))
s = dynamics.ExpectQuestion(term.InitS(), ShouldRecord, "Q", "action")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("action")))
s.AppendTemplate(represent.QuotedActionC, "act", "args", "indices")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("act")))
for act, template := range represent.ActionLookup {
t := s.Copy().AppendTemplate(template)
switch act {
case term.Replace, term.Correct, term.Replay:
dynamics.AddSimple(t, term.ReturnS(core.Answer.S(core.No.S())))
default:
dynamics.AddSimple(t, term.ReturnS(core.Answer.S(core.Yes.S())))
}
}
s = dynamics.ExpectQuestion(term.InitS(), MakeTransition, "Q", "action")
s = dynamics.AddSimple(s, term.ReturnS(core.Answer.S(represent.QuotedSimpleTransition.S(term.Sr("action")))))
s = dynamics.ExpectQuestion(term.InitS(), GetTemplate, "Q", "setting")
t := dynamics.AddSimple(s, term.ViewS(term.Sr("setting")))
s = t.Copy().AppendTemplate(represent.QuotedTemplate, "parts")
s = dynamics.AddSimple(s, term.ReturnS(core.Answer.S(term.Sr("setting"))))
s = t.Copy().AppendTemplate(represent.QuotedSettingT, "template", "args")
s = dynamics.AddSimple(s, term.ReturnS(core.Answer.S(term.Sr("template"))))
s = dynamics.ExpectQuestion(term.InitS(), ElicitActionQ, "Q", "setting")
s = dynamics.AddSimple(s, term.AskS(GetTemplate.S(term.Sr("setting"))))
s = dynamics.ExpectAnswer(s, core.Answer, "A", "template")
s = dynamics.AddSimple(s, term.AskS(ElicitActionQTemplate.S(term.Sr("template"))))
s = dynamics.ExpectAnswer(s, core.Answer, "A2", "action")
s = dynamics.AddSimple(s, term.ReturnS(core.Answer.S(term.Sr("action"))))
s = dynamics.ExpectQuestion(term.InitS(), ElicitActionQTemplate, "Q", "template")
s = dynamics.AddSimple(s, term.AskS(similarity.GetHints.S(term.Sr("template"))))
s = dynamics.ExpectAnswer(s, core.Answer, "A", "hints")
s = dynamics.AddSimple(s, term.AskS(similarity.GetTools.S(term.Sr("template"))))
s = dynamics.ExpectAnswer(s, core.Answer, "A2", "tools")
s = dynamics.AddSimple(s, term.AskS(ElicitActionQTemplateHints.S(
term.Sr("template"), term.Sr("hints"), term.Sr("tools"),
)))
s = dynamics.ExpectAnswer(s, core.Answer, "A3", "action")
s = dynamics.AddSimple(s, term.ReturnS(core.Answer.S(term.Sr("action"))))
s = dynamics.ExpectQuestion(term.InitS(), ElicitActionQTemplateHints, "Q", "template", "hints", "tools")
s = dynamics.AddSimple(s, term.AskS(meta.Clear.S()))
s = dynamics.ExpectAnswer(s, core.OK, "A")
s = dynamics.AddSimple(s, term.AskS(DisplayTemplate.S(term.Sr("template"))))
s = dynamics.ExpectAnswer(s, Names, "A2", "names")
s = dynamics.AddSimple(s, term.AskS(similarity.DisplayTools.S(term.Sr("tools"))))
s = dynamics.ExpectAnswer(s, similarity.ToolMapping, "A3", "toolmap")
s = dynamics.AddSimple(s, term.AskS(similarity.DisplayHints.S(term.Sr("hints"), term.Sr("names"))))
s = dynamics.ExpectAnswer(s, similarity.HintStrings, "A4", "hintstrings")
s = dynamics.AddSimple(s, term.AskS(GetActionInput.S(term.Sr("hintstrings"), term.Sr("toolmap"))))
s = dynamics.ExpectAnswer(s, core.Answer, "A5", "input")
s = dynamics.AddSimple(s, term.AskS(ParseInputAsAction.S(term.Sr("input"), term.Sr("names"))))
t = dynamics.ExpectAnswer(s.Copy(), core.Answer, "A6", "action")
t = dynamics.AddSimple(t, term.ReturnS(core.Answer.S(term.Sr("action"))))
t = dynamics.ExpectAnswer(s.Copy(), GoMeta, "A6")
t = dynamics.AddSimple(t, term.MetaS())
dynamics.AddNativeResponse(ActionQ, 1, dynamics.Args1(findAction))
dynamics.AddNativeResponse(SetTransition, 2, dynamics.Args2(setTransition))
dynamics.AddNativeResponse(GetTransition, 1, dynamics.Args1(getTransition))
dynamics.AddNativeResponse(GetContinuations, 1, dynamics.Args1(getContinuations))
dynamics.AddNativeResponse(AllSettings, 0, dynamics.Args0(allSettings))
}
func ShowSettingS(d dynamics.Dwimmer, settingS *term.SettingS) {
d.Clear()
for _, line := range settingS.Lines() {
d.Println(line)
}
}