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package goja
import "reflect"
type lazyObject struct {
val *Object
create func(*Object) objectImpl
}
func (o *lazyObject) className() string {
obj := o.create(o.val)
o.val.self = obj
return obj.className()
}
func (o *lazyObject) get(n Value) Value {
obj := o.create(o.val)
o.val.self = obj
return obj.get(n)
}
func (o *lazyObject) getProp(n Value) Value {
obj := o.create(o.val)
o.val.self = obj
return obj.getProp(n)
}
func (o *lazyObject) getPropStr(name string) Value {
obj := o.create(o.val)
o.val.self = obj
return obj.getPropStr(name)
}
func (o *lazyObject) getStr(name string) Value {
obj := o.create(o.val)
o.val.self = obj
return obj.getStr(name)
}
func (o *lazyObject) getOwnProp(name string) Value {
obj := o.create(o.val)
o.val.self = obj
return obj.getOwnProp(name)
}
func (o *lazyObject) put(n Value, val Value, throw bool) {
obj := o.create(o.val)
o.val.self = obj
obj.put(n, val, throw)
}
func (o *lazyObject) putStr(name string, val Value, throw bool) {
obj := o.create(o.val)
o.val.self = obj
obj.putStr(name, val, throw)
}
func (o *lazyObject) hasProperty(n Value) bool {
obj := o.create(o.val)
o.val.self = obj
return obj.hasProperty(n)
}
func (o *lazyObject) hasPropertyStr(name string) bool {
obj := o.create(o.val)
o.val.self = obj
return obj.hasPropertyStr(name)
}
func (o *lazyObject) hasOwnProperty(n Value) bool {
obj := o.create(o.val)
o.val.self = obj
return obj.hasOwnProperty(n)
}
func (o *lazyObject) hasOwnPropertyStr(name string) bool {
obj := o.create(o.val)
o.val.self = obj
return obj.hasOwnPropertyStr(name)
}
func (o *lazyObject) _putProp(name string, value Value, writable, enumerable, configurable bool) Value {
obj := o.create(o.val)
o.val.self = obj
return obj._putProp(name, value, writable, enumerable, configurable)
}
func (o *lazyObject) defineOwnProperty(name Value, descr objectImpl, throw bool) bool {
obj := o.create(o.val)
o.val.self = obj
return obj.defineOwnProperty(name, descr, throw)
}
func (o *lazyObject) toPrimitiveNumber() Value {
obj := o.create(o.val)
o.val.self = obj
return obj.toPrimitiveNumber()
}
func (o *lazyObject) toPrimitiveString() Value {
obj := o.create(o.val)
o.val.self = obj
return obj.toPrimitiveString()
}
func (o *lazyObject) toPrimitive() Value {
obj := o.create(o.val)
o.val.self = obj
return obj.toPrimitive()
}
func (o *lazyObject) assertCallable() (call func(FunctionCall) Value, ok bool) {
obj := o.create(o.val)
o.val.self = obj
return obj.assertCallable()
}
func (o *lazyObject) deleteStr(name string, throw bool) bool {
obj := o.create(o.val)
o.val.self = obj
return obj.deleteStr(name, throw)
}
func (o *lazyObject) delete(name Value, throw bool) bool {
obj := o.create(o.val)
o.val.self = obj
return obj.delete(name, throw)
}
func (o *lazyObject) proto() *Object {
obj := o.create(o.val)
o.val.self = obj
return obj.proto()
}
func (o *lazyObject) hasInstance(v Value) bool {
obj := o.create(o.val)
o.val.self = obj
return obj.hasInstance(v)
}
func (o *lazyObject) isExtensible() bool {
obj := o.create(o.val)
o.val.self = obj
return obj.isExtensible()
}
func (o *lazyObject) preventExtensions() {
obj := o.create(o.val)
o.val.self = obj
obj.preventExtensions()
}
func (o *lazyObject) enumerate(all, recusrive bool) iterNextFunc {
obj := o.create(o.val)
o.val.self = obj
return obj.enumerate(all, recusrive)
}
func (o *lazyObject) _enumerate(recursive bool) iterNextFunc {
obj := o.create(o.val)
o.val.self = obj
return obj._enumerate(recursive)
}
func (o *lazyObject) export() interface{} {
obj := o.create(o.val)
o.val.self = obj
return obj.export()
}
func (o *lazyObject) exportType() reflect.Type {
obj := o.create(o.val)
o.val.self = obj
return obj.exportType()
}
func (o *lazyObject) equal(other objectImpl) bool {
obj := o.create(o.val)
o.val.self = obj
return obj.equal(other)
}
func (o *lazyObject) sortLen() int64 {
obj := o.create(o.val)
o.val.self = obj
return obj.sortLen()
}
func (o *lazyObject) sortGet(i int64) Value {
obj := o.create(o.val)
o.val.self = obj
return obj.sortGet(i)
}
func (o *lazyObject) swap(i, j int64) {
obj := o.create(o.val)
o.val.self = obj
obj.swap(i, j)
}
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