func TestAppendMarshalUnmarshalGet(x *testing.T) {
t := (*T)(x)
SIZE := 100
list := New(10)
items := make([]types.Int, 0, SIZE)
for i := 0; i < SIZE; i++ {
item := types.Int(rand.Intn(10) + 1)
items = append(items, item)
t.assert_nil(list.Append(item))
}
for i, item := range items {
lg, err := list.Get(i)
t.assert_nil(err)
t.assert(fmt.Sprintf("i %v, items[i] == list.Get(i)", i), lg.Equals(item))
}
marshal, unmarshal := types.IntMarshals()
mlist1 := NewMList(list, marshal, unmarshal)
bytes, err := mlist1.MarshalBinary()
t.assert_nil(err)
mlist2 := &MList{MarshalItem: marshal, UnmarshalItem: unmarshal}
t.assert_nil(mlist2.UnmarshalBinary(bytes))
for i, item := range items {
lg, err := mlist2.Get(i)
t.assert_nil(err)
t.assert(fmt.Sprintf("i %v, items[i] == list.Get(i)", i), lg.Equals(item))
}
}
func TestSortedAddMarshalUnmarshalGet(x *testing.T) {
t := (*T)(x)
SIZE := 100
list := NewSorted(10, false)
items := make([]types.Int, 0, SIZE)
for i := 0; i < SIZE; i++ {
item := types.Int(rand.Intn(10) + 1)
items = append(items, item)
t.assert_nil(list.Add(item))
}
for _, item := range items {
i, has, err := list.Find(item)
t.assert("has", has)
t.assert_nil(err)
lg, err := list.Get(i)
t.assert_nil(err)
t.assert(fmt.Sprintf("i %v, items[i] == list.Get(i), %v, %v", i, item, lg), lg.Equals(item))
}
marshal, unmarshal := types.IntMarshals()
mlist1 := NewMSorted(list, marshal, unmarshal)
bytes, err := mlist1.MarshalBinary()
t.assert_nil(err)
mlist2 := &MSorted{MList: MList{MarshalItem: marshal, UnmarshalItem: unmarshal}, AllowDups: false}
t.assert_nil(mlist2.UnmarshalBinary(bytes))
list2 := mlist2.Sorted()
for _, item := range items {
i, has, err := list2.Find(item)
t.assert("has", has)
t.assert_nil(err)
lg, err := list2.Get(i)
t.assert_nil(err)
t.assert(fmt.Sprintf("i %v, items[i] == list.Get(i), %v, %v", i, item, lg), lg.Equals(item))
}
}
func deserialize(bytes []byte) (*set.SortedSet, error) {
marshal, unmarshal := types.IntMarshals()
m := &set.MSortedSet{MSorted: list.MSorted{MList: list.MList{MarshalItem: marshal, UnmarshalItem: unmarshal}}}
err := m.UnmarshalBinary(bytes)
if err != nil {
return nil, err
}
return m.SortedSet(), nil
}
func TestAddMarshalUnmarshalHas(x *testing.T) {
t := (*T)(x)
SIZE := 100
set := NewSortedSet(10)
items := make([]types.Int, 0, SIZE)
for i := 0; i < SIZE; i++ {
item := types.Int(rand.Intn(10) + 1)
items = append(items, item)
t.assert_nil(set.Add(item))
}
for i, item := range items {
t.assert(fmt.Sprintf("!set.Has(item)", i), set.Has(item))
}
marshal, unmarshal := types.IntMarshals()
mset1 := NewMSortedSet(set, marshal, unmarshal)
bytes, err := mset1.MarshalBinary()
t.assert_nil(err)
mset2 := &MSortedSet{MSorted: list.MSorted{MList: list.MList{MarshalItem: marshal, UnmarshalItem: unmarshal}}}
t.assert_nil(mset2.UnmarshalBinary(bytes))
set2 := mset2.SortedSet()
for i, item := range items {
t.assert(fmt.Sprintf("!set.Has(item)", i), set2.Has(item))
}
}
func serialize(s *set.SortedSet) ([]byte, error) {
marshal, unmarshal := types.IntMarshals()
m := set.NewMSortedSet(s, marshal, unmarshal)
return m.MarshalBinary()
}
