func init() {
s := dynamics.ExpectQuestion(term.InitS(), GetState, "Q")
dynamics.AddNative(s, dynamics.Args0(getState))
s = dynamics.ExpectQuestion(term.InitS(), SetState, "Q", "s")
dynamics.AddNative(s, dynamics.Args1(setState), "s")
}
func init() {
QNames := []term.TemplateID{Plus, Times, Minus, Equal, Less, More,
LessOrEqual, MoreOrEqual,
Divide,
}
QFuncs := [](func(dynamics.Dwimmer, *term.SettingT, ...term.T) term.T){
dynamics.Args2(addNative),
dynamics.Args2(multiplyNative),
dynamics.Args2(subtractNative),
dynamics.Args2(testEquality),
dynamics.Args2(testLess),
dynamics.Args2(testMore),
dynamics.Args2(testLessOrEqual),
dynamics.Args2(testMoreOrEqual),
dynamics.Args2(divideNative),
}
for i := range QNames {
s := term.InitS()
s = dynamics.ExpectQuestion(s, QNames[i], "Q", "a", "b")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("a")))
s.AppendTemplate(term.Int(0).Head())
s = dynamics.AddSimple(s, term.ViewS(term.Sr("b")))
s.AppendTemplate(term.Int(0).Head())
dynamics.AddNative(s, QFuncs[i], "a", "b")
}
}
func init() {
s := term.InitS()
s = dynamics.ExpectQuestion(s, Explicit, "Q", "t")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("t")))
s.AppendTemplate(term.Quoted{}.Head())
dynamics.AddNative(s, dynamics.Args1(makeExplicit), "t")
}
func init() {
s := term.InitS()
s = dynamics.ExpectQuestion(s, Len, "Q", "s")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("s")))
s.AppendTemplate(term.Str("").Head())
dynamics.AddNative(s, dynamics.Args1(length), "s")
s = term.InitS()
s = dynamics.ExpectQuestion(s, Bracketed, "Q", "s")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("s")))
s.AppendTemplate(term.Str("").Head())
dynamics.AddNative(s, dynamics.Args1(bracketed), "s")
s = term.InitS()
s = dynamics.ExpectQuestion(s, Concat, "Q", "a", "b")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("a")))
s.AppendTemplate(term.Str("").Head())
s = dynamics.AddSimple(s, term.ViewS(term.Sr("b")))
s.AppendTemplate(term.Str("").Head())
dynamics.AddNative(s, dynamics.Args2(concat), "a", "b")
dynamics.AddNativeResponse(GetChar, 2, dynamics.Args2(getChar))
}
func init() {
var s *term.SettingS
s = dynamics.ExpectQuestion(term.InitS(), PutChar, "Q", "char", "x", "y")
dynamics.AddNative(s, dynamics.Args3(nativePutChar), "char", "x", "y")
s = dynamics.ExpectQuestion(term.InitS(), SetCursor, "Q", "x", "y")
dynamics.AddNative(s, dynamics.Args2(nativeSetCursor), "x", "y")
/*
s = dynamics.ExpectQuestion(term.InitS(), GetCursor, "Q")
dynamics.AddNative(s, dynamics.Args0(nativeGetCursor))
*/
s = dynamics.ExpectQuestion(term.InitS(), Clear, "Q")
dynamics.AddNative(s, dynamics.Args0(nativeClear))
s = dynamics.ExpectQuestion(term.InitS(), Size, "Q")
dynamics.AddNative(s, dynamics.Args0(nativeSize))
/*
s = dynamics.ExpectQuestion(term.InitS(), GetChar, "Q")
dynamics.AddNative(s, dynamics.Args0(nativeGetChar))
*/
}
func init() {
s := term.InitS()
s = dynamics.ExpectQuestion(s, RepresentSetting, "Q", "s")
dynamics.AddNative(s, dynamics.Args1(quote), "s")
}
func init() {
s := dynamics.ExpectQuestion(term.InitS(), SettingForChannel, "Q", "c")
s = dynamics.AddSimple(s, term.ViewS(term.Sr("c")))
s = s.AppendTemplate(term.Channel{}.Head())
dynamics.AddNative(s, dynamics.Args1(settingForChannel), "c")
}