package transit import ( "strconv" "strings" "testing" "github.com/hashicorp/vault/logical" ) func TestTransit_ConfigSettings(t *testing.T) { var b *backend sysView := logical.TestSystemView() storage := &logical.InmemStorage{} b = Backend(&logical.BackendConfig{ StorageView: storage, System: sysView, }) doReq := func(req *logical.Request) *logical.Response { resp, err := b.HandleRequest(req) if err != nil { t.Fatalf("got err:\n%#v\nreq:\n%#v\n", err, *req) } return resp } doErrReq := func(req *logical.Request) { resp, err := b.HandleRequest(req) if err == nil { if resp == nil || !resp.IsError() { t.Fatalf("expected error; req:\n%#v\n", *req) } } } // First create a key req := &logical.Request{ Storage: storage, Operation: logical.UpdateOperation, Path: "keys/aes", Data: map[string]interface{}{ "derived": true, }, } doReq(req) req.Path = "keys/ed" req.Data["type"] = "ed25519" doReq(req) delete(req.Data, "derived") req.Path = "keys/p256" req.Data["type"] = "ecdsa-p256" doReq(req) delete(req.Data, "type") req.Path = "keys/aes/rotate" doReq(req) doReq(req) doReq(req) doReq(req) req.Path = "keys/ed/rotate" doReq(req) doReq(req) doReq(req) doReq(req) req.Path = "keys/p256/rotate" doReq(req) doReq(req) doReq(req) doReq(req) req.Path = "keys/aes/config" // Too high req.Data["min_decryption_version"] = 7 doErrReq(req) // Too low req.Data["min_decryption_version"] = -1 doErrReq(req) delete(req.Data, "min_decryption_version") // Too high req.Data["min_encryption_version"] = 7 doErrReq(req) // Too low req.Data["min_encryption_version"] = 7 doErrReq(req) // Not allowed, cannot decrypt req.Data["min_decryption_version"] = 3 req.Data["min_encryption_version"] = 2 doErrReq(req) // Allowed req.Data["min_decryption_version"] = 2 req.Data["min_encryption_version"] = 3 doReq(req) req.Path = "keys/ed/config" doReq(req) req.Path = "keys/p256/config" doReq(req) req.Data = map[string]interface{}{ "plaintext": "abcd", "context": "abcd", } maxKeyVersion := 5 key := "aes" testHMAC := func(ver int, valid bool) { req.Path = "hmac/" + key delete(req.Data, "hmac") if ver == maxKeyVersion { delete(req.Data, "key_version") } else { req.Data["key_version"] = ver } if !valid { doErrReq(req) return } resp := doReq(req) ct := resp.Data["hmac"].(string) if strings.Split(ct, ":")[1] != "v"+strconv.Itoa(ver) { t.Fatal("wrong hmac version") } req.Path = "verify/" + key delete(req.Data, "key_version") req.Data["hmac"] = resp.Data["hmac"] doReq(req) } testEncryptDecrypt := func(ver int, valid bool) { req.Path = "encrypt/" + key delete(req.Data, "ciphertext") if ver == maxKeyVersion { delete(req.Data, "key_version") } else { req.Data["key_version"] = ver } if !valid { doErrReq(req) return } resp := doReq(req) ct := resp.Data["ciphertext"].(string) if strings.Split(ct, ":")[1] != "v"+strconv.Itoa(ver) { t.Fatal("wrong encryption version") } req.Path = "decrypt/" + key delete(req.Data, "key_version") req.Data["ciphertext"] = resp.Data["ciphertext"] doReq(req) } testEncryptDecrypt(5, true) testEncryptDecrypt(4, true) testEncryptDecrypt(3, true) testEncryptDecrypt(2, false) testHMAC(5, true) testHMAC(4, true) testHMAC(3, true) testHMAC(2, false) delete(req.Data, "plaintext") req.Data["input"] = "abcd" key = "ed" testSignVerify := func(ver int, valid bool) { req.Path = "sign/" + key delete(req.Data, "signature") if ver == maxKeyVersion { delete(req.Data, "key_version") } else { req.Data["key_version"] = ver } if !valid { doErrReq(req) return } resp := doReq(req) ct := resp.Data["signature"].(string) if strings.Split(ct, ":")[1] != "v"+strconv.Itoa(ver) { t.Fatal("wrong signature version") } req.Path = "verify/" + key delete(req.Data, "key_version") req.Data["signature"] = resp.Data["signature"] doReq(req) } testSignVerify(5, true) testSignVerify(4, true) testSignVerify(3, true) testSignVerify(2, false) testHMAC(5, true) testHMAC(4, true) testHMAC(3, true) testHMAC(2, false) delete(req.Data, "context") key = "p256" testSignVerify(5, true) testSignVerify(4, true) testSignVerify(3, true) testSignVerify(2, false) testHMAC(5, true) testHMAC(4, true) testHMAC(3, true) testHMAC(2, false) }