func testMap() {
m := sciter.NewValue()
m.Set("key", "asdf")
log.Println("m.len", m.Length(), m.IsMap())
m.Set("int", 123)
log.Println("m:", m.Get("key"), m.Get("int"))
}
func setEventHandler(w *window.Window) {
w.DefineFunction("getNetInformation", func(args ...*sciter.Value) *sciter.Value {
log.Println("Args Length:", len(args))
log.Println("Arg 0:", args[0], args[0].IsInt())
log.Println("Arg 1:", args[1], args[1].IsString())
log.Println("Arg 2: IsFunction", args[2], args[2].IsFunction())
log.Println("Arg 2: IsObjectFunction", args[2], args[2].IsObjectFunction())
log.Println("args[3].IsMap():", args[3].IsMap(), args[3].Length())
log.Println("args[3].IsObject():", args[3].IsObject(), args[3].Length(), args[3].Get("str"))
args[3].EnumerateKeyValue(func(key, val *sciter.Value) bool {
log.Println(key, val)
return true
})
fn := args[2]
fn.Invoke(sciter.NullValue(), "[Native Script]", sciter.NewValue("OK"))
ret := sciter.NewValue()
ret.Set("ip", sciter.NewValue("127.0.0.1"))
return ret
})
}
func testCall(w *window.Window) {
// test sciter call
v, err := w.Call("gFunc", sciter.NewValue("kkk"), sciter.NewValue(555))
if err != nil {
log.Println("sciter call failed:", err)
} else {
log.Println("sciter call successfully:", v.String())
}
// test method call
root, err := w.GetRootElement()
if err != nil {
log.Fatalf("get root element failed: %s", err.Error())
}
v, err = root.CallMethod("mfn", sciter.NewValue("method call"), sciter.NewValue(10300))
if err != nil {
log.Println("method call failed:", err)
} else {
log.Println("method call successfully:", v.String())
}
// test function call
v, err = root.CallFunction("gFunc", sciter.NewValue("function call"), sciter.NewValue(10300))
if err != nil {
log.Println("function call failed:", err)
} else {
log.Println("function call successfully:", v.String())
}
}
func setEventHandler(w *window.Window) {
w.DefineFunction("kkk", func(args ...*sciter.Value) *sciter.Value {
log.Println("kkk called!")
rval := sciter.NewValue()
rval.Set("num", sciter.NewValue(1000))
rval.Set("str", sciter.NewValue("a string"))
var fn sciter.NativeFunctor
fn = func(args ...*sciter.Value) *sciter.Value {
log.Printf("args[%d]:%v\n", len(args), args)
return sciter.NewValue("native functor called")
}
rval.Set("f", sciter.NewValue(fn))
return rval
})
w.DefineFunction("sumall", func(args ...*sciter.Value) *sciter.Value {
sum := 0
for i := 0; i < len(args); i++ {
sum += args[i].Int()
}
return sciter.NewValue(sum)
})
w.DefineFunction("gprintln", func(args ...*sciter.Value) *sciter.Value {
print("\t->")
for _, arg := range args {
print(arg.String(), "\t")
}
println()
return sciter.NullValue()
})
}
func testArray() {
v := sciter.NewValue()
// v.SetIndex(0, sciter.NewValue(100))
log.Println("v.len", v.Length())
v.Append(105)
log.Println("v.len", v.Length(), v.IsArray())
v.Append(205)
log.Println("v.len", v.Length())
v.Append(200)
log.Println("v.len", v.Length())
rv := v.Index(0)
log.Println("test Value.Index:", rv)
}