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|
struct Foo(name:Text, next:@Foo?=none)
enum MyEnum(Zero, One(x:Int), Two(x:Num, y:Text))
func main()
do
>> obj := Int64(123)
>> bytes := obj.serialized()
assert deserialize(bytes -> Int64) == obj
do
>> obj := 5
>> bytes := obj.serialized()
assert deserialize(bytes -> Int) == obj
do
>> obj := 9999999999999999999999999999999999999999999999999999
>> bytes := obj.serialized()
assert deserialize(bytes -> Int) == obj
do
>> obj := "Héllo"
>> bytes := obj.serialized()
assert deserialize(bytes -> Text) == obj
do
>> obj := [Int64(10), Int64(20), Int64(30)].reversed()
>> bytes := obj.serialized()
assert deserialize(bytes -> [Int64]) == obj
do
>> obj := yes
>> bytes := obj.serialized()
assert deserialize(bytes -> Bool) == obj
do
>> obj := @[10, 20]
>> bytes := obj.serialized()
>> roundtrip := deserialize(bytes -> @[Int])
assert roundtrip != obj
assert roundtrip[] == obj[]
do
>> obj := {"A"=10, "B"=20; fallback={"C"=30}}
>> bytes := obj.serialized()
>> roundtrip := deserialize(bytes -> {Text=Int})
assert roundtrip == obj
assert roundtrip.fallback == obj.fallback
do
>> obj := @Foo("root")
>> obj.next = @Foo("abcdef", next=obj)
>> bytes := obj.serialized()
>> roundtrip := deserialize(bytes -> @Foo)
assert "$roundtrip" == "$obj"
do
>> obj := MyEnum.Two(123, "OKAY")
>> bytes := obj.serialized()
assert deserialize(bytes -> MyEnum) == obj
do
>> obj : Text? = "Hello"
>> bytes := obj.serialized()
assert deserialize(bytes -> Text?) == obj
do
>> obj : Num? = none
>> bytes := obj.serialized()
assert deserialize(bytes -> Num?) == obj
do
cases := [0, -1, 1, 10, 100000, 999999999999999999999999999]
for i in cases
>> bytes := i.serialized()
assert deserialize(bytes -> Int) == i
|
