encryptedstore

// Given
shortuuid.SetRand(100)
seededRandReader := rand.New(rand.NewSource(100))
aesEncryptor := aes.NewGCM()
aesEncryptor.SetRandReader(seededRandReader)
keyStore := inmemorykeystore.New()
eventEncryptor := eventencryptor.New(keyStore, aesEncryptor)
eventEncryptor.SetRandReader(seededRandReader)
event := &cryptotest.CustomerSignedUp{
	ID:     "fe65ac8d8c3a45e9b3cee407f10ee518",
	Name:   "John Doe",
	Email:  "john@example.com",
	Status: "active",
}
inMemoryStore := inmemorystore.New()
encryptedStore := encryptedstore.New(inMemoryStore, eventEncryptor)
encryptedStore.Bind(&cryptotest.CustomerSignedUp{})

ctx := context.Background()

// When
_, err := encryptedStore.Save(ctx, &rangedb.EventRecord{Event: event})
PrintError(err)

fmt.Println("Auto Decrypted Event:")
recordIterator := encryptedStore.Events(ctx, 0)
for recordIterator.Next() {
	PrintEvent(recordIterator.Record().Data.(rangedb.Event))
}

fmt.Println("Raw Encrypted Event:")
rawRecordIterator := inMemoryStore.Events(ctx, 0)
for rawRecordIterator.Next() {
	PrintEvent(rawRecordIterator.Record().Data.(rangedb.Event))
}

Output:
Auto Decrypted Event:
{
  "ID": "fe65ac8d8c3a45e9b3cee407f10ee518",
  "Name": "John Doe",
  "Email": "john@example.com",
  "Status": "active"
}
Raw Encrypted Event:
{
  "ID": "fe65ac8d8c3a45e9b3cee407f10ee518",
  "Name": "Lp5pGK8QGYw3NJyJVBsW49HESSf+NEraAQoBmpLXboZvsN/L",
  "Email": "o1H9t1BClYc5UcyUV+Roe3wz5gwRZRjgBI/xzwZs8ueQGQ5L8uGnbrTGrh8=",
  "Status": "active"
}