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package luar
import (
"testing"
"github.com/yuin/gopher-lua"
"strings"
)
func Test_ptr(t *testing.T) {
L := lua.NewState()
defer L.Close()
str := "hello"
L.SetGlobal("ptr", New(L, &str))
testReturn(t, L, `return -ptr`, "hello")
}
func Test_ptr_comparison(t *testing.T) {
L := lua.NewState()
defer L.Close()
var ptr1 *string
str := "hello"
L.SetGlobal("ptr1", New(L, ptr1))
L.SetGlobal("ptr2", New(L, &str))
testReturn(t, L, `return ptr1 == nil`, "true")
testReturn(t, L, `return ptr2 == nil`, "false")
testReturn(t, L, `return ptr1 == ptr2`, "false")
}
func Test_ptr_assignment(t *testing.T) {
L := lua.NewState()
defer L.Close()
str := "hello"
L.SetGlobal("str", New(L, &str))
testReturn(t, L, `return tostring(-str)`, "hello")
testReturn(t, L, `str = str ^ "world"; return (string.match(tostring(str), "userdata:"))`, "userdata:")
testReturn(t, L, `return tostring(-str)`, "world")
}
type TestPtrNested struct {
*TestPtrNestedChild
}
type TestPtrNestedChild struct {
Value *string
StructTestPerson
}
func Test_ptr_nested(t *testing.T) {
L := lua.NewState()
defer L.Close()
a := TestPtrNested{
TestPtrNestedChild: &TestPtrNestedChild{
StructTestPerson: StructTestPerson{
Name: "Tim",
},
},
}
L.SetGlobal("a", New(L, &a))
L.SetGlobal("str_ptr", NewType(L, ""))
testReturn(t, L, `return a.Value == nil`, "true")
testReturn(t, L, `a.Value = str_ptr(); _ = a.Value ^ "hello"`)
testReturn(t, L, `return a.Value == nil`, "false")
testReturn(t, L, `return -a.Value`, "hello")
testReturn(t, L, `return a.Name`, "Tim")
}
func Test_ptr_assignstruct(t *testing.T) {
L := lua.NewState()
defer L.Close()
a := &StructTestPerson{
Name: "tim",
}
b := &StructTestPerson{
Name: "bob",
}
L.SetGlobal("a", New(L, a))
L.SetGlobal("b", New(L, b))
testReturn(t, L, `return a.Name`, "tim")
testReturn(t, L, `_ = a ^ -b`)
testReturn(t, L, `return a.Name`, "bob")
}
type TestStringType string
func (s *TestStringType) ToUpper() {
*s = TestStringType(strings.ToUpper(string(*s)))
}
func Test_ptr_nested2(t *testing.T) {
L := lua.NewState()
defer L.Close()
a := [...]StructTestPerson{
{Name: "Tim"},
}
s := []StructTestPerson{
{Name: "Tim", Age: 32},
}
str := TestStringType("Hello World")
L.SetGlobal("a", New(L, &a))
L.SetGlobal("s", New(L, s))
L.SetGlobal("p", New(L, &s[0]))
L.SetGlobal("str", New(L, &str))
testReturn(t, L, `return a[1]:AddNumbers(1, 2, 3, 4, 5)`, "Tim counts: 15")
testReturn(t, L, `return s[1]:AddNumbers(1, 2, 3, 4)`, "Tim counts: 10")
testReturn(t, L, `return s[1].LastAddSum`, "10")
testReturn(t, L, `return p:AddNumbers(1, 2, 3, 4, 5)`, "Tim counts: 15")
testReturn(t, L, `return p.LastAddSum`, "15")
testReturn(t, L, `return p.Age`, "32")
testReturn(t, L, `p:IncreaseAge(); return p.Age`, "33")
testReturn(t, L, `return -str`, "Hello World")
testReturn(t, L, `str:ToUpper(); return -str`, "HELLO WORLD")
}
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