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未验证 提交 2dcaede2 编写于 作者: O openharmony_ci 提交者： Gitee
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!5748 【OpenHarmony 3.2.7.5】【安全子系统】【RK3568】ActsCryptoFrameworkJSNormalTest测试套补充用例 

Merge pull request !5748 from qiaozzzh/20220928_1
上级 74d92484 daa8e741
隐藏空白更改
内联 并排
Showing with 1320 addition and 2 deletion
security/cryptoFramework/src/main/js/MainAbility/app.js
浏览文件 @ 2dcaede2
...@@ -15,9 +15,9 @@ ...@@ -15,9 +15,9 @@
export default { export default {
onCreate() { onCreate() {
console.info('AceApplication onCreate'); console.info('SecurityApplication onCreate');
}, },
onDestroy() { onDestroy() {
console.info('AceApplication onDestroy'); console.info('SecurityApplication onDestroy');
} }
}; };
security/cryptoFramework/src/main/js/test/AsymmetricCryptography.test.js 0 → 100644
浏览文件 @ 2dcaede2
/*
* Copyright (C) 2022 Huawei Device Co., Ltd.
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
import { describe, beforeAll, afterEach, it, expect } from "@ohos/hypium";
import {
testAsyKeyEncryptDecryptPromise,
testAsyKeySignVerifyPromise,
testAsyKeyECDHPromise,
testAsyKeyConvertKeyPromise,
testAsyKeyPriKeyClearPromise,
} from "./utils/asymmetric/publicAsymmetricPromise";
export default function AsymmetricCryptographyJsunit() {
describe("AsymmetricCryptographyJsunit", function () {
console.info("##########start AsymmetricCryptographyJsunit##########");
beforeAll(function () {
});
afterEach(function () {
});
/**
* @tc.number Security_crypto_framework_ASymmetric_Encryption_RSA_0100
* @tc.name Test RSA1024|PRIMES_2 normal encryption and decryption
* @tc.desc Use the Promise Style of Interface
*/
it(
"Security_crypto_framework_ASymmetric_Encryption_RSA_0100",
0,
async function (done) {
testAsyKeyEncryptDecryptPromise("RSA1024|PRIMES_2", "RSA1024|PKCS1|SHA256");
done();
}
);
/**
* @tc.number Security_crypto_framework_ASymmetric_Encryption_RSA_0200
* @tc.name Test RSA2048|PRIMES_2 normal encryption and decryption
* @tc.desc Use the Promise Style of Interface
*/
it(
"Security_crypto_framework_ASymmetric_Encryption_RSA_0200",
0,
async function (done) {
testAsyKeyEncryptDecryptPromise("RSA2048|PRIMES_2", "RSA2048|PKCS1|MD5");
done();
}
);
/**
* @tc.number Security_crypto_framework_ASymmetric_SignVerify_RSA_0100
* @tc.name Test RSA1024|PKCS1|MD5 normal sign and verify
* @tc.desc Use the Promise Style of Interface
*/
it(
"Security_crypto_framework_ASymmetric_SignVerify_RSA_0100",
0,
async function (done) {
testAsyKeySignVerifyPromise("RSA1024|PRIMES_2", "RSA1024|PKCS1|MD5");
done();
}
);
/**
* @tc.number Security_crypto_framework_ASymmetric_SignVerify_RSA_0200
* @tc.name Test RSA2048|PKCS1|SHA1 normal sign and verify
* @tc.desc Use the Promise Style of Interface
*/
it(
"Security_crypto_framework_ASymmetric_SignVerify_RSA_0200",
0,
async function (done) {
testAsyKeySignVerifyPromise("RSA2048|PRIMES_2", "RSA2048|PKCS1|SHA1");
done();
}
);
/**
* @tc.number Security_crypto_framework_ASymmetric_SignVerify_ECDH_0100
* @tc.name Test ECC224 SignVerify ECDH
* @tc.desc Use the Promise Style of Interface
*/
it(
"Security_crypto_framework_ASymmetric_SignVerify_ECDH_0100",
0,
async function (done) {
testAsyKeyECDHPromise("ECC224");
done();
}
);
/**
* @tc.number Security_crypto_framework_ASymmetric_SignVerify_ECDH_0200
* @tc.name Test ECC256 SignVerify ECDH
* @tc.desc Use the Promise Style of Interface
*/
it(
"Security_crypto_framework_ASymmetric_SignVerify_ECDH_0200",
0,
async function (done) {
testAsyKeyECDHPromise("ECC256");
done();
}
);
/**
* @tc.number Security_crypto_framework_ASymmetric_Encryption_RSA_3300
* @tc.name Test convertKey
* @tc.desc Use RSA3072|PRIMES_2 algorithm
*/
it(
"Security_crypto_framework_ASymmetric_Encryption_RSA_3300",
0,
async function (done) {
testAsyKeyConvertKeyPromise("RSA3072|PRIMES_2");
done();
}
);
/**
* @tc.number Security_crypto_framework_ASymmetric_Encryption_RSA_3100
* @tc.name Test convertKey
* @tc.desc Use RSA1024|PRIMES_2 algorithm
*/
it(
"Security_crypto_framework_ASymmetric_Encryption_RSA_3100",
0,
async function (done) {
testAsyKeyPriKeyClearPromise("RSA1024|PRIMES_2");
done();
}
);
});
}
security/cryptoFramework/src/main/js/test/List.test.js
浏览文件 @ 2dcaede2
...@@ -16,10 +16,14 @@ ...@@ -16,10 +16,14 @@
import SecurityRandomJsunit from "./SecurityRandom.test.js"; import SecurityRandomJsunit from "./SecurityRandom.test.js";
import DigestAlgorithmJsunit from "./DigestAlgorithm.test.js"; import DigestAlgorithmJsunit from "./DigestAlgorithm.test.js";
import CertificateJsunit from "./Certificate.test.js"; import CertificateJsunit from "./Certificate.test.js";
import SymmetricCryptographyJsunit from "./SymmetricCryptography.test.js";
import AsymmetricCryptographyJsunit from "./AsymmetricCryptography.test.js";
export default function testsuite() { export default function testsuite() {
CertificateJsunit(); CertificateJsunit();
DigestAlgorithmJsunit(); DigestAlgorithmJsunit();
SymmetricCryptographyJsunit();
AsymmetricCryptographyJsunit();
SecurityRandomJsunit(); SecurityRandomJsunit();
} }
\ No newline at end of file
security/cryptoFramework/src/main/js/test/SymmetricCryptography.test.js 0 → 100644
浏览文件 @ 2dcaede2
/*
* Copyright (C) 2022 Huawei Device Co., Ltd.
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
import { describe, beforeAll, afterEach, it, expect } from "@ohos/hypium";
import {
testEncryptionDecryptionPromise,
testEncryptionDecryptionConvertKeyPromise,
testClearMemPromise
} from "./utils/symmetric/publicSymmetricPromise";
import { testEncryptionDecryptionCallback, testClearMemCallback } from "./utils/symmetric/publicSymmetricCallback";
export default function SymmetricCryptographyJsunit() {
describe("SymmetricCryptographyJsunit", function () {
console.info("##########start SymmetricCryptographyJsunit##########");
beforeAll(function () {
});
afterEach(function () {
});
/**
* @tc.number Security_crypto_framework_Symmetric_Encryption_AES_3700
* @tc.name Test clearMem interface
* @tc.desc Use the Promise Style of Interface
*/
it(
"Security_crypto_framework_Symmetric_Encryption_AES_3700",
0,
async function (done) {
await testClearMemPromise("AES256");
done();
}
);
/**
* @tc.number Security_crypto_framework_Symmetric_Encryption_AES_0100
* @tc.name Test AES128|GCM|PKCS7 normal encryption and decryption
* @tc.desc Use the Promise Style of Interface
*/
it(
"Security_crypto_framework_Symmetric_Encryption_AES_0100",
0,
async function (done) {
testEncryptionDecryptionPromise("AES128", "AES128|GCM|PKCS7", "genGcmParamsSpec");
done();
}
);
});
}
security/cryptoFramework/src/main/js/test/utils/asymmetric/publicAsymmetricCallback.js 0 → 100644
浏览文件 @ 2dcaede2
/*
* Copyright (C) 2022 Huawei Device Co., Ltd.
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
import { expect } from "@ohos/hypium";
import cryptoFramework from "@ohos.security.cryptoFramework";
import { stringTouInt8Array, uInt8ArrayToShowStr, uInt8ArrayToString } from "../common/publicDoString";
async function testAsyKeyEncryptDecryptCallback(asyAlgoName, cipherAlgoName) {
var globalPubKey;
var globalPriKey;
var globalCipherEncrypt;
var globalCipherDecrypt;
var globalText = "This is a cipher test";
var globalInput = { data: stringTouInt8Array(globalText) };
let rsaGenerator = cryptoFramework.createAsyKeyGenerator(asyAlgoName);
console.warn("[Callback]: algName = " + rsaGenerator.algName);
expect(rsaGenerator != null).assertTrue();
globalCipherEncrypt = cryptoFramework.createCipher(cipherAlgoName);
globalCipherDecrypt = cryptoFramework.createCipher(cipherAlgoName);
expect(globalCipherEncrypt != null).assertTrue();
expect(globalCipherDecrypt != null).assertTrue();
rsaGenerator.generateKeyPair((err, keyPair)=> {
if (err) {
expect(err == null).assertFail();
}
expect(keyPair != null).assertTrue();
globalPubKey = keyPair.pubKey;
let encodedPubKey = globalPubKey.getEncoded();
console.warn("[Callback]: pubKey.getAlgorithm= " + globalPubKey.algName);
console.warn("[Callback]: pubKey.getEncoded= " + encodedPubKey.data);
console.warn("[Callback]: pubKey.getFormat= " + globalPubKey.format);
globalPriKey = keyPair.priKey;
let encodedPriKey = globalPriKey.getEncoded();
console.warn("[Callback]: priKey.getAlgorithm= " + globalPriKey.algName);
console.warn("[Callback]: priKey.getEncoded= " + encodedPriKey.data);
console.warn("[Callback]: priKey.getFormat= " + globalPriKey.format);
console.info("[Callback]:start init =====================[encrypt]");
globalCipherEncrypt.init(cryptoFramework.CryptoMode.ENCRYPT_MODE, globalPubKey, null, (err0,) => {
if (err0) {
expect(err0 == null).assertFail();
}
console.warn("plaintext hex: " + uInt8ArrayToShowStr(globalInput.data));
console.info("[Callback]:start doFinal =====================[encrypt]");
globalCipherEncrypt.doFinal(globalInput, (err1, cipherFinalEncrypt) => {
if (err1) {
expect(err1 == null).assertFail();
}
expect(cipherFinalEncrypt != null).assertTrue();
console.log("cipherOutput: " + uInt8ArrayToShowStr(cipherFinalEncrypt.data));
expect(globalCipherDecrypt != null).assertTrue();
console.log("[Callback]:start init =====================[decrypt]");
globalCipherDecrypt.init(cryptoFramework.CryptoMode.DECRYPT_MODE, globalPriKey, null, (err,) => {
console.log("[Callback]:start doFinal =====================[decrypt]");
globalCipherDecrypt.doFinal(cipherFinalEncrypt, (err2, cipherFinalDecrypt) => {
if (err2) {
expect(err2 == null).assertFail();
}
expect(cipherFinalDecrypt != null).assertTrue();
if (cipherFinalDecrypt == null) {
console.warn("decrypt doFinal out is null");
} else {
console.warn("decrypt doFinal output hex:" + uInt8ArrayToShowStr(cipherFinalDecrypt.data));
console.warn("decrypt doFinal output :" + uInt8ArrayToString(cipherFinalDecrypt.data));
}
let decryptData = uInt8ArrayToString(cipherFinalDecrypt.data);
expect(decryptData == globalText).assertTrue();
});
})
});
});
});
}
async function testAsyKeySignVerifyCallback(asyAlgoName, signAlgoName) {
var globalPubKey;
var globalPriKey;
var globalSigner;
var globalVerify;
var globalText = "This is a sign test";
var globalInput = { data: stringTouInt8Array(globalText) };
var globalSignBlob;
let rsaGenerator = cryptoFramework.createAsyKeyGenerator(asyAlgoName);
console.warn("[Callback]: algName = " + rsaGenerator.algName);
expect(rsaGenerator != null).assertTrue();
globalSigner = cryptoFramework.createSign(signAlgoName);
globalVerify = cryptoFramework.createVerify(signAlgoName);
expect(globalSigner != null).assertTrue();
expect(globalVerify != null).assertTrue();
rsaGenerator.generateKeyPair((err, keyPair)=> {
if (err) {
expect(err == null).assertFail();
}
expect(keyPair != null).assertTrue();
globalPubKey = keyPair.pubKey;
let encodedPubKey = globalPubKey.getEncoded();
console.warn("[Callback]: pubKey.getAlgorithm= " + globalPubKey.algName);
console.warn("[Callback]: pubKey.getEncoded= " + encodedPubKey.data);
console.warn("[Callback]: pubKey.getFormat= " + globalPubKey.format);
globalPriKey = keyPair.priKey;
let encodedPriKey = globalPriKey.getEncoded();
console.warn("[Callback]: priKey.getAlgorithm= " + globalPriKey.algName);
console.warn("[Callback]: priKey.getEncoded= " + encodedPriKey.data);
console.warn("[Callback]: priKey.getFormat= " + globalPriKey.format);
globalSigner.init(globalPriKey, (err0,) => {
if (err0) {
expect(err0 == null).assertFail();
}
console.warn("plaintext hex: " + uInt8ArrayToShowStr(globalInput.data));
globalSigner.update(globalInput, (err1,) => {
if (err1) {
expect(err1 == null).assertFail();
}
});
globalSigner.sign(globalInput, (err2, signData) => {
if (err2) {
expect(err2 == null).assertFail();
}
globalSignBlob = signData;
console.log("signOutput: " + uInt8ArrayToShowStr(signData.data));
globalVerify.init(globalPubKey, null, (err3,) => {
if (err3) {
expect(err3 == null).assertFail();
}
globalVerify.update(globalInput, (err4,) => {
if (err4) {
expect(err4 == null).assertFail();
}
});
globalVerify.verify(globalInput,globalSignBlob,(err5, finalStatus) => {
if (err5) {
expect(err5 == null).assertFail();
}
expect(finalStatus).assertTrue();
});
});
});
});
});
}
async function testAsyKeyECDHCallback(ECDHAlgoName) {
var globalPubKey;
var globalPriKey;
var globalECDHData;
let rsaGenerator = cryptoFramework.createAsyKeyGenerator(ECDHAlgoName);
console.warn("[Callback]: algName = " + rsaGenerator.algName);
expect(rsaGenerator != null).assertTrue();
rsaGenerator.generateKeyPair((err, rsaKeyPair)=> {
if (err) {
expect(err == null).assertFail();
}
globalPubKey = rsaKeyPair.pubKey;
let encodedPubKey = globalPubKey.getEncoded();
console.warn("[Callback]: pubKey.getAlgorithm= " + globalPubKey.algName);
console.warn("[Callback]: pubKey.getEncoded= " + encodedPubKey.data);
console.warn("[Callback]: pubKey.getFormat= " + globalPubKey.format);
globalPriKey = rsaKeyPair.priKey;
let encodedPriKey = globalPriKey.getEncoded();
console.warn("[Callback]: priKey.getAlgorithm= " + globalPriKey.algName);
console.warn("[Callback]: priKey.getEncoded= " + encodedPriKey.data);
console.warn("[Callback]: priKey.getFormat= " + globalPriKey.format);
globalECDHData = cryptoFramework.createKeyAgreement(ECDHAlgoName);
expect(globalECDHData != null).assertTrue();
console.log("ECDH algoname is: ", globalECDHData.algName);
globalECDHData.generateSecret(globalPriKey, globalPubKey, (err1, result) => {
if (err1) {
expect(err1 == null).assertFail();
}
console.warn("result data is " + uInt8ArrayToShowStr(result.data));
expect(result != null).assertTrue();
});
});
}
async function testAsyKeyConvertKeyCallback(asyAlgoName) {
var globalPubKey;
var globalPriKey;
let rsaGenerator = cryptoFramework.createAsyKeyGenerator(asyAlgoName);
console.warn("[Callback]: algName = " + rsaGenerator.algName);
expect(rsaGenerator != null).assertTrue();
rsaGenerator.generateKeyPair((err, rsaKeyPair)=> {
if (err) {
expect(err == null).assertFail();
}
globalPubKey = rsaKeyPair.pubKey;
let encodedPubKey = globalPubKey.getEncoded();
console.warn("[Callback]: pubKey.getAlgorithm= " + globalPubKey.algName);
console.warn("[Callback]: pubKey.getEncoded= " + encodedPubKey.data);
console.warn("[Callback]: pubKey.getFormat= " + globalPubKey.format);
globalPriKey = rsaKeyPair.priKey;
let encodedPriKey = globalPriKey.getEncoded();
console.warn("[Callback]: priKey.getAlgorithm= " + globalPriKey.algName);
console.warn("[Callback]: priKey.getEncoded= " + encodedPriKey.data);
console.warn("[Callback]: priKey.getFormat= " + globalPriKey.format);
rsaGenerator.convertKey(encodedPubKey, encodedPriKey, (err1, convertKeyPair)=>{
if (err1) {
expect(err1 == null).assertFail();
}
expect(convertKeyPair != null).assertTrue();
let encodedConvertPubKey = convertKeyPair.pubKey.getEncoded();
console.warn("[Callback]: pubKey.getAlgorithm= " + convertKeyPair.pubKey.algName);
console.warn("[Callback]: pubKey.getEncoded= " + encodedConvertPubKey.data);
console.warn("[Callback]: pubKey.getFormat= " + convertKeyPair.pubKey.format);
let encodedConvertPriKey = convertKeyPair.priKey.getEncoded();
console.warn("[Callback]: priKey.getAlgorithm= " + convertKeyPair.priKey.algName);
console.warn("[Callback]: priKey.getEncoded= " + encodedConvertPriKey.data);
console.warn("[Callback]: priKey.getFormat= " + convertKeyPair.priKey.format);
});
});
}
export {
testAsyKeyEncryptDecryptCallback,
testAsyKeySignVerifyCallback,
testAsyKeyECDHCallback,
testAsyKeyConvertKeyCallback,
};
\ No newline at end of file
security/cryptoFramework/src/main/js/test/utils/asymmetric/publicAsymmetricPromise.js 0 → 100644
浏览文件 @ 2dcaede2
/*
* Copyright (C) 2022 Huawei Device Co., Ltd.
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
import { expect } from "@ohos/hypium";
import cryptoFramework from "@ohos.security.cryptoFramework";
import { stringTouInt8Array, uInt8ArrayToShowStr, uInt8ArrayToString } from "../common/publicDoString";
async function testAsyKeyEncryptDecryptPromise(asyAlgoName, cipherAlgoName) {
var globalPubKey;
var globalPriKey;
var globalCipherEncrypt;
var globalCipherDecrypt;
var globalCipherBlob;
var globalText = "This is a cipher test";
var input = { data: stringTouInt8Array(globalText) };
let rsaGenerator = cryptoFramework.createAsyKeyGenerator(asyAlgoName);
console.warn("[Promise]: algName = " + rsaGenerator.algName);
expect(rsaGenerator != null).assertTrue();
globalCipherEncrypt = cryptoFramework.createCipher(cipherAlgoName);
expect(globalCipherEncrypt != null).assertTrue();
let keyGenPromise = rsaGenerator.generateKeyPair().then(rsaKeyPair => {
expect(keyGenPromise != null).assertTrue();
globalPubKey = rsaKeyPair.pubKey;
let encodedPubKey = globalPubKey.getEncoded();
console.warn("[Promise]: pubKey.getAlgorithm= " + globalPubKey.algName);
console.warn("[Promise]: pubKey.getEncoded= " + encodedPubKey.data);
console.warn("[Promise]: pubKey.getFormat= " + globalPubKey.format);
globalPriKey = rsaKeyPair.priKey;
let encodedPriKey = globalPriKey.getEncoded();
console.warn("[Promise]: priKey.getAlgorithm= " + globalPriKey.algName);
console.warn("[Promise]: priKey.getEncoded= " + encodedPriKey.data);
console.warn("[Promise]: priKey.getFormat= " + globalPriKey.format);
console.info("[Promise]:start init =====================[encrypt]");
return globalCipherEncrypt.init(cryptoFramework.CryptoMode.ENCRYPT_MODE, globalPubKey, null);
}).then(() => {
console.warn("plaintext hex: " + uInt8ArrayToShowStr(input.data));
console.info("[Promise]:start doFinal =====================[encrypt]");
return globalCipherEncrypt.doFinal(input);
}).then(dataBlob => {
expect(dataBlob != null).assertTrue();
globalCipherBlob = dataBlob;
console.log("cipherOutput: " + uInt8ArrayToShowStr(dataBlob.data));
globalCipherDecrypt = cryptoFramework.createCipher(cipherAlgoName);
expect(globalCipherDecrypt != null).assertTrue();
console.log("[Promise]:start init =====================[decrypt]");
return globalCipherDecrypt.init(cryptoFramework.CryptoMode.DECRYPT_MODE, globalPriKey, null);
}).then(() => {
console.log("[Promise]:start doFinal =====================[decrypt]");
let promiseFinal = globalCipherDecrypt.doFinal(globalCipherBlob);
return promiseFinal;
}).then(finalOutput => {
expect(finalOutput != null).assertTrue();
if (finalOutput == null) {
console.warn("decrypt doFinal out is null");
} else {
console.warn("decrypt doFinal output hex:" + uInt8ArrayToShowStr(finalOutput.data));
console.warn("decrypt doFinal output :" + uInt8ArrayToString(finalOutput.data));
}
let decryptData = uInt8ArrayToString(finalOutput.data);
expect(decryptData == globalText).assertTrue();
}).catch(err => {
console.error("err: " + err.code);
expect(err == null).assertFail();
})
}
async function testAsyKeySignVerifyPromise(asyAlgoName, signAlgoName) {
var globalPubKey;
var globalPriKey;
var globalSigner;
var globalVerify;
var globalSignBlob;
var globalText1 = "This is a sign test1";
var input1 = { data: stringTouInt8Array(globalText1) };
let rsaGenerator = cryptoFramework.createAsyKeyGenerator(asyAlgoName);
console.warn("[Promise]: algName = " + rsaGenerator.algName);
expect(rsaGenerator != null).assertTrue();
rsaGenerator.generateKeyPair().then(rsaKeyPair => {
expect(rsaKeyPair != null).assertTrue();
globalPubKey = rsaKeyPair.pubKey;
let encodedPubKey = globalPubKey.getEncoded();
console.warn("[Promise]: pubKey.getAlgorithm= " + globalPubKey.algName);
console.warn("[Promise]: pubKey.getEncoded= " + encodedPubKey.data);
console.warn("[Promise]: pubKey.getFormat= " + globalPubKey.format);
globalPriKey = rsaKeyPair.priKey;
let encodedPriKey = globalPriKey.getEncoded();
console.warn("[Promise]: priKey.getAlgorithm= " + globalPriKey.algName);
console.warn("[Promise]: priKey.getEncoded= " + encodedPriKey.data);
console.warn("[Promise]: priKey.getFormat= " + globalPriKey.format);
globalSigner = cryptoFramework.createSign(signAlgoName);
expect(globalSigner != null).assertTrue();
console.log("sign algoname is: ", globalSigner.algName);
return globalSigner.init(globalPriKey);
}).then(() => {
console.warn("plaintext1 hex: " + uInt8ArrayToShowStr(input1.data));
return globalSigner.update(input1);
}).then(() => {
return globalSigner.sign(input1);
}).then(promiseSign => {
console.log("promiseSign success: ", promiseSign);
globalSignBlob = promiseSign;
}).then(() => {
globalVerify = cryptoFramework.createVerify(signAlgoName);
expect(globalVerify != null).assertTrue();
console.log("verify algname is: ", globalVerify.algName);
return globalVerify.init(globalPubKey);
}).then(() => {
console.warn("plaintext1 hex: " + uInt8ArrayToShowStr(input1.data));
return globalVerify.update(input1);
}).then(() => {
console.log("111111111");
return globalVerify.verify(input1, globalSignBlob);
}).then((status) => {
console.log("22222222222");
expect(status).assertTrue();
}).catch(err => {
console.error("err: " + err.code);
expect(err == null).assertFail();
})
}
async function testAsyKeyECDHPromise(ECDHAlgoName) {
var globalPubKey;
var globalPriKey;
var globalECDHData;
try {
let rsaGenerator = cryptoFramework.createAsyKeyGenerator(ECDHAlgoName);
console.warn("[Promise]: algName = " + rsaGenerator.algName);
expect(rsaGenerator != null).assertTrue();
rsaGenerator.generateKeyPair().then(rsaKeyPair => {
expect(rsaKeyPair != null).assertTrue();
globalPubKey = rsaKeyPair.pubKey;
let encodedPubKey = globalPubKey.getEncoded();
console.warn("[Promise]: pubKey.getAlgorithm= " + globalPubKey.algName);
console.warn("[Promise]: pubKey.getEncoded= " + encodedPubKey.data);
console.warn("[Promise]: pubKey.getFormat= " + globalPubKey.format);
globalPriKey = rsaKeyPair.priKey;
let encodedPriKey = globalPriKey.getEncoded();
console.warn("[Promise]: priKey.getAlgorithm= " + globalPriKey.algName);
console.warn("[Promise]: priKey.getEncoded= " + encodedPriKey.data);
console.warn("[Promise]: priKey.getFormat= " + globalPriKey.format);
globalECDHData = cryptoFramework.createKeyAgreement(ECDHAlgoName);
expect(globalECDHData != null).assertTrue();
console.warn("ECDH algoname is: " + globalECDHData.algName);
let result = globalECDHData.generateSecret(globalPriKey, globalPubKey);
return result;
}).then(secretResult => {
console.warn("result data is " + uInt8ArrayToShowStr(secretResult.data));
expect(secretResult != null).assertTrue();
})
} catch (err) {
console.error("catch err: " + err.code);
expect(err == null).assertFail();
}
}
async function testAsyKeyConvertKeyPromise(asyAlgoName) {
var globalPubKey;
var globalPriKey;
try {
var globalRsaGenerator = cryptoFramework.createAsyKeyGenerator(asyAlgoName);
console.warn("[Promise]: algName = " + globalRsaGenerator.algName);
expect(globalRsaGenerator != null).assertTrue();
globalRsaGenerator.generateKeyPair().then(rsaKeyPair => {
expect(rsaKeyPair != null).assertTrue();
globalPubKey = rsaKeyPair.pubKey;
let encodedPubKey = globalPubKey.getEncoded();
console.warn("[Promise]: pubKey.getAlgorithm= " + globalPubKey.algName);
console.warn("[Promise]: pubKey.getEncoded= " + encodedPubKey.data);
console.warn("[Promise]: pubKey.getFormat= " + globalPubKey.format);
globalPriKey = rsaKeyPair.priKey;
let encodedPriKey = globalPriKey.getEncoded();
console.warn("[Promise]: priKey.getAlgorithm= " + globalPriKey.algName);
console.warn("[Promise]: priKey.getEncoded= " + encodedPriKey.data);
console.warn("[Promise]: priKey.getFormat= " + globalPriKey.format);
return globalRsaGenerator.convertKey(encodedPubKey, encodedPriKey);
}).then(convertKeyPair => {
expect(convertKeyPair != null).assertTrue();
let encodedConvertPubKey = convertKeyPair.pubKey.getEncoded();
console.warn("[Promise]: pubKey.getAlgorithm= " + convertKeyPair.pubKey.algName);
console.warn("[Promise]: pubKey.getEncoded= " + encodedConvertPubKey.data);
console.warn("[Promise]: pubKey.getFormat= " + convertKeyPair.pubKey.format);
let encodedConvertPriKey = convertKeyPair.priKey.getEncoded();
console.warn("[Promise]: priKey.getAlgorithm= " + convertKeyPair.priKey.algName);
console.warn("[Promise]: priKey.getEncoded= " + encodedConvertPriKey.data);
console.warn("[Promise]: priKey.getFormat= " + convertKeyPair.priKey.format);
})
} catch (err) {
console.error("err: " + err.code);
expect(err == null).assertFail();
}
}
async function testAsyKeyPriKeyClearPromise(asyAlgoName) {
var globalPubKey;
var globalPriKey;
var globalRsaGenerator = cryptoFramework.createAsyKeyGenerator(asyAlgoName);
console.warn("[Promise]: algName = " + globalRsaGenerator.algName);
expect(globalRsaGenerator != null).assertTrue();
globalRsaGenerator.generateKeyPair().then(rsaKeyPair => {
expect(rsaKeyPair != null).assertTrue();
globalPubKey = rsaKeyPair.pubKey;
let encodedPubKey = globalPubKey.getEncoded();
console.warn("[Promise]: pubKey.getAlgorithm= " + globalPubKey.algName);
console.warn("[Promise]: pubKey.getEncoded= " + encodedPubKey.data);
console.warn("[Promise]: pubKey.getFormat= " + globalPubKey.format);
globalPriKey = rsaKeyPair.priKey;
let encodedPriKey = globalPriKey.getEncoded();
console.warn("[Promise]: priKey.getAlgorithm= " + globalPriKey.algName);
console.warn("[Promise]: priKey.getEncoded= " + encodedPriKey.data);
console.warn("[Promise]: priKey.getFormat= " + globalPriKey.format);
let result = globalPriKey.clearMem();
console.log("result is: " + result);
expect(result == undefined).assertTrue();
}).catch(err => {
console.error("err: " + err.code);
expect(err == null).assertFail();
})
}
export {
testAsyKeyEncryptDecryptPromise,
testAsyKeySignVerifyPromise,
testAsyKeyECDHPromise,
testAsyKeyConvertKeyPromise,
testAsyKeyPriKeyClearPromise,
};
\ No newline at end of file
security/cryptoFramework/src/main/js/test/utils/symmetric/publicSymmetricCallback.js 0 → 100644
浏览文件 @ 2dcaede2
/*
* Copyright (C) 2022 Huawei Device Co., Ltd.
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
import { expect } from "@ohos/hypium";
import cryptoFramework from "@ohos.security.cryptoFramework";
import {
stringTouInt8Array,
uInt8ArrayToShowStr,
uInt8ArrayToString,
genGcmParamsSpec,
genIvParamsSpec,
genCcmParamsSpec
} from "../common/publicDoString";
function testEncryptionDecryptionCallback(symAlgoName, cipherAlgoName, paramType) {
var globalCipher;
var globalParams;
var globalKey;
var globalCipherText;
var globalText = "aaa this is test! this is test! bbb";
// createSymKeyGenerator
var symKeyGenerator = cryptoFramework.createSymKeyGenerator(symAlgoName);
expect(symKeyGenerator != null).assertTrue();
console.info("[callback]createGenerator ok");
console.warn("[callback]symKeyGenerator algName: " + symKeyGenerator.algName);
//createCipher
globalCipher = cryptoFramework.createCipher(cipherAlgoName);
expect(globalCipher != null).assertTrue();
console.info("[callback]createCipher ok");
console.warn("[callback]cipher algName:" + globalCipher.algName);
if (paramType == "genIvParamsSpec") {
if (symAlgoName.includes("AES")) {
globalParams = genIvParamsSpec(16);
} else if (symAlgoName.includes("3DES")) {
globalParams = genIvParamsSpec(8);
} else {
console.error("[callback]Gen params error");
throw "[callback]Gen params error";
}
} else if (paramType == "genGcmParamsSpec") {
globalParams = genGcmParamsSpec();
} else if (paramType == "genCcmParamsSpec") {
globalParams = genCcmParamsSpec();
} else if (paramType == "null") {
globalParams = null;
} else {
console.error("[callback]globalParams not match");
expect(null).assertFail();
}
symKeyGenerator.generateSymKey((err, key) => {
if (err) {
console.error("[callback]generateSymKey err, error code: " + err.code);
expect(null).assertFail();
}
expect(key != null).assertTrue();
console.info("[callback]generaeSymkey ok");
console.warn("[callback]key algName:" + key.algName);
console.warn("[callback]key format:" + key.format);
var encodeKey = key.getEncoded();
console.warn("[callback]key getEncoded hex: " + uInt8ArrayToShowStr(encodeKey.data));
globalKey = key;
//encrypt init
console.info("[callback]start init ==================[encrypt]");
var mode = cryptoFramework.CryptoMode.ENCRYPT_MODE;
console.warn("[callback]mode:" + mode);
globalCipher.init(mode, key, globalParams, (err,) => {
if (err) {
console.error("[callback]init error! error code: " + err.code);
expect(null).assertFail();
}
console.info("[callback]init ok");
console.info("[callback]start update ==================[encrypt]");
var plaintext = { data: stringTouInt8Array(globalText) };
console.warn("[callback]plaintext hex: " + uInt8ArrayToShowStr(plaintext.data));
globalCipher.update(plaintext, (err, updateOutput) => {
if (err) {
console.error("[callback]update error! error code: " + err.code);
expect(null).assertFail();
}
console.info("[callback]update ok");
console.warn("[callback]encrypt update out hex:" + uInt8ArrayToShowStr(updateOutput.data));
globalCipherText = updateOutput;
expect(globalCipherText != null).assertTrue();
//encrypt doFinall
console.info("[callback]start doFinall ==================[encrypt]");
globalCipher.doFinal(null, (err, finalOutput) => {
if (err.code != 0) {
console.error("[callback]doFinall err: ", err.code);
expect(null).assertFail();
return;
}
console.info("[callback]doFinal ok");
if (finalOutput == null) {
} else {
if (paramType == "genGcmParamsSpec" || paramType == "genCcmParamsSpec") {
console.warn("encrypt authTag(finalOutput) hex: " + uInt8ArrayToShowStr(finalOutput.data));
globalParams.authTag = finalOutput;
} else {
console.warn("encrypt authTag(finalOutput) hex: " + uInt8ArrayToShowStr(finalOutput.data));
globalCipherText = Array.from(globalCipherText.data);
finalOutput = Array.from(finalOutput.data);
globalCipherText = globalCipherText.concat(finalOutput);
globalCipherText = new Uint8Array(globalCipherText);
globalCipherText = { data: globalCipherText };
}
}
//decrypt init
console.info("[callback]start init ==================[decrypt]");
var mode = cryptoFramework.CryptoMode.DECRYPT_MODE;
console.warn("[callback]mode: " + mode);
globalCipher.init(mode, globalKey, globalParams, (err,) => {
console.info("[callback]init ok");
//decrypt update
console.info("[callback]start update ==================[decrypt]");
globalCipher.update(globalCipherText, (err, updateOutput) => {
console.info("[callback]update ok");
console.warn("[callback]decrypt update out: " + uInt8ArrayToString(updateOutput.data));
expect(uInt8ArrayToString(updateOutput.data) == globalText).assertTrue();
//decrypt doFinal
console.info("[callback]start doFinal ==================[decrypt]");
globalCipher.doFinal(null, (err, finalOutput) => {
if (err) {
console.error("[callback]decrypt doFinal failed! error code is: " + err.code);
expect(null).assertFail();
}
console.info("[callback]doFinal ok");
if (finalOutput == null) {
console.error("[callback]decrypt doFinal out is null");
} else {
console.log("[callback]decrypt doFinal out hex: " + uInt8ArrayToString(finalOutput.data));
}
})
})
})
})
})
})
})
}
function testEncryptionDecryptionConvertKeyCallback(symAlgoName, cipherAlgoName, paramType) {
var globalCipher;
var globalParams;
var globalKey;
var globalCipherText;
var globalText = "aaa this is test! this is test! bbb";
// createSymKeyGenerator
var symKeyGenerator = cryptoFramework.createSymKeyGenerator(symAlgoName);
expect(symKeyGenerator != null).assertTrue();
console.info("[callback]createGenerator ok");
console.warn("[callback]symKeyGenerator algName: " + symKeyGenerator.algName);
//createCipher
globalCipher = cryptoFramework.createCipher(cipherAlgoName);
expect(globalCipher != null).assertTrue();
console.info("[callback]createCipher ok");
console.warn("[callback]cipher algName:" + globalCipher.algName);
if (paramType == "genIvParamsSpec") {
if (symAlgoName.includes("AES")) {
globalParams = genIvParamsSpec(16);
} else if (symAlgoName.includes("3DES")) {
globalParams = genIvParamsSpec(8);
} else {
console.error("[callback]Gen params error");
throw "[callback]Gen params error";
}
} else if (paramType == "genGcmParamsSpec") {
globalParams = genGcmParamsSpec();
} else if (paramType == "genCcmParamsSpec") {
globalParams = genCcmParamsSpec();
} else if (paramType == "null") {
globalParams = null;
} else {
console.error("[callback]globalParams not match");
expect(null).assertFail();
}
symKeyGenerator.generateSymKey((err, key) => {
if (err) {
console.error("[callback]generateSymKey err, error code: " + err.code);
expect(null).assertFail();
}
expect(key != null).assertTrue();
console.info("[callback]generaeSymkey ok");
console.warn("[callback]key algName:" + key.algName);
console.warn("[callback]key format:" + key.format);
var encodeKey = key.getEncoded();
console.warn("[callback]key getEncoded hex: " + uInt8ArrayToShowStr(encodeKey.data));
symKeyGenerator.convertKey(encodeKey, (err0, convertKey)=>{
if (err0) {
console.error("[callback]generateSymKey err, error code: " + err0.code);
expect(null).assertFail();
} else {
globalKey = convertKey;
}
});
//encrypt init
console.info("[callback]start init ==================[encrypt]");
var mode = cryptoFramework.CryptoMode.ENCRYPT_MODE;
console.warn("[callback]mode:" + mode);
globalCipher.init(mode, key, globalParams, (err,) => {
if (err) {
console.error("[callback]init error! error code: " + err.code);
expect(null).assertFail();
}
console.info("[callback]init ok");
console.info("[callback]start update ==================[encrypt]");
var plaintext = { data: stringTouInt8Array(globalText) };
console.warn("[callback]plaintext hex: " + uInt8ArrayToShowStr(plaintext.data));
globalCipher.update(plaintext, (err, updateOutput) => {
if (err) {
console.error("[callback]update error! error code: " + err.code);
expect(null).assertFail();
}
console.info("[callback]update ok");
console.warn("[callback]encrypt update out hex:" + uInt8ArrayToShowStr(updateOutput.data));
globalCipherText = updateOutput;
expect(globalCipherText != null).assertTrue();
//encrypt doFinall
console.info("[callback]start doFinall ==================[encrypt]");
globalCipher.doFinal(null, (err, finalOutput) => {
if (err.code != 0) {
console.error("[callback]doFinall err: ", err.code);
expect(null).assertFail();
return;
}
console.info("[callback]doFinal ok");
if (finalOutput == null) {
} else {
if (paramType == "genGcmParamsSpec" || paramType == "genCcmParamsSpec") {
console.warn("encrypt authTag(finalOutput) hex: " + uInt8ArrayToShowStr(finalOutput.data));
globalParams.authTag = finalOutput;
} else {
console.warn("encrypt authTag(finalOutput) hex: " + uInt8ArrayToShowStr(finalOutput.data));
globalCipherText = Array.from(globalCipherText.data);
finalOutput = Array.from(finalOutput.data);
globalCipherText = globalCipherText.concat(finalOutput);
globalCipherText = new Uint8Array(globalCipherText);
globalCipherText = { data: globalCipherText };
}
}
//decrypt init
console.info("[callback]start init ==================[decrypt]");
var mode = cryptoFramework.CryptoMode.DECRYPT_MODE;
console.warn("[callback]mode: " + mode);
globalCipher.init(mode, globalKey, globalParams, (err,) => {
console.info("[callback]init ok");
//decrypt update
console.info("[callback]start update ==================[decrypt]");
globalCipher.update(globalCipherText, (err, updateOutput) => {
console.info("[callback]update ok");
console.warn("[callback]decrypt update out: " + uInt8ArrayToString(updateOutput.data));
expect(uInt8ArrayToString(updateOutput.data) == globalText).assertTrue();
//decrypt doFinal
console.info("[callback]start doFinal ==================[decrypt]");
globalCipher.doFinal(null, (err, finalOutput) => {
if (err) {
console.error("[callback]decrypt doFinal failed! error code is: " + err.code);
expect(null).assertFail();
}
console.info("[callback]doFinal ok");
if (finalOutput == null) {
console.error("[callback]decrypt doFinal out is null");
} else {
console.log("[callback]decrypt doFinal out hex: " + uInt8ArrayToString(finalOutput.data));
}
})
})
})
})
})
})
})
}
function testClearMemCallback(symAlgoName) {
var globalSymKeyGenerator;
// createSymKeyGenerator
globalSymKeyGenerator = cryptoFramework.createSymKeyGenerator(symAlgoName);
expect(globalSymKeyGenerator != null).assertTrue();
console.info("[callback]createGenerator ok");
console.warn("[callback]symKeyGenerator algName: " + globalSymKeyGenerator.algName);
globalSymKeyGenerator.generateSymKey((err, symKey) => {
if (err) {
console.error("catch err is: " + err);
expect(err == null).assertFail();
}
console.info("[callback]generaeSymkey ok");
console.warn("[callback]key algName:" + symKey.algName);
console.warn("[callback]key format:" + symKey.format);
var encodeKey = symKey.getEncoded();
console.warn("[callback]key getEncoded hex: " + uInt8ArrayToShowStr(encodeKey.data));
let ret = symKey.clearMem();
console.log("ret = ", ret);
expect(ret == null).assertTrue()
})
}
export { testEncryptionDecryptionCallback, testEncryptionDecryptionConvertKeyCallback, testClearMemCallback };
security/cryptoFramework/src/main/js/test/utils/symmetric/publicSymmetricPromise.js 0 → 100644
浏览文件 @ 2dcaede2
/*
* Copyright (C) 2022 Huawei Device Co., Ltd.
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
import { expect } from "@ohos/hypium";
import cryptoFramework from "@ohos.security.cryptoFramework";
import {
stringTouInt8Array,
uInt8ArrayToShowStr,
uInt8ArrayToString,
genGcmParamsSpec,
genIvParamsSpec,
genCcmParamsSpec
} from "../common/publicDoString";
function testEncryptionDecryptionPromise(symAlgoName, cipherAlgoName, paramType) {
var globalCipher;
var globalParams;
var globalKey;
var globalCipherText;
var globalText = "aaa this is test! this is test! bbb";
return new Promise((resolve, reject) => {
setTimeout(() => {
console.error("");
resolve("")
}, 50);
}).then(() => {
// createSymKeyGenerator
var symKeyGenerator = cryptoFramework.createSymKeyGenerator(symAlgoName);
expect(symKeyGenerator != null).assertTrue();
console.info("[promise]createGenerator ok");
console.warn("[promise]symKeyGenerator algName: " + symKeyGenerator.algName);
//createCipher
globalCipher = cryptoFramework.createCipher(cipherAlgoName);
expect(globalCipher != null).assertTrue();
console.info("[promise]createCipher ok");
console.warn("[promise]cipher algName:" + globalCipher.algName);
if (paramType == "genIvParamsSpec") {
if (symAlgoName.includes("AES")) {
globalParams = genIvParamsSpec(16);
} else if (symAlgoName.includes("3DES")) {
globalParams = genIvParamsSpec(8);
} else {
console.error("[promise]Gen params error");
throw "[promise]Gen params error";
}
} else if (paramType == "genGcmParamsSpec") {
globalParams = genGcmParamsSpec();
} else if (paramType == "genCcmParamsSpec") {
globalParams = genCcmParamsSpec();
} else if (paramType == "null") {
globalParams = null;
} else {
console.error("[promise]globalParams not match");
throw "[promise]globalParams not match";
}
var promiseKey = symKeyGenerator.generateSymKey();
expect(promiseKey != null).assertTrue();
return promiseKey;
}).then(key => {
console.info("[promise]generaeSymkey ok");
console.warn("[promise]key algName:" + key.algName);
console.warn("[promise]key format:" + key.format);
var encodeKey = key.getEncoded();
console.warn("[promise]key getEncoded hex: " + uInt8ArrayToShowStr(encodeKey.data));
globalKey = key;
return key;
}).then(key => {
//encrypt init
console.info("[promise]start init ==================[encrypt]");
var mode = cryptoFramework.CryptoMode.ENCRYPT_MODE;
console.warn("[promise]mode:" + mode);
var promiseInit = globalCipher.init(mode, key, globalParams);
console.info("[promise]init ok");
return promiseInit;
}).then(() => {
//encrypt update
console.info("[promise]start update ==================[encrypt]");
var plaintext = { data: stringTouInt8Array(globalText) };
console.warn("[promise]plaintext hex: " + uInt8ArrayToShowStr(plaintext.data));
var promiseUpdate = globalCipher.update(plaintext);
console.info("[promise]update ok");
return promiseUpdate;
}).then((updateOutput) => {
//encrypt doFinall
console.info("[promise]start doFinall ==================[encrypt]");
console.warn("[promise]encrypt update out hex:" + uInt8ArrayToShowStr(updateOutput.data));
globalCipherText = updateOutput;
expect(globalCipherText != null).assertTrue();
var promiseFinal = globalCipher.doFinal(null);
console.info("[promise]doFinal ok");
return promiseFinal;
}).then(finalOutput => {
if (finalOutput == null) {
;
} else {
if (paramType == "genGcmParamsSpec" || paramType == "genCcmParamsSpec") {
console.warn("[promise]encrypt authTag(finalOutput) hex: " + uInt8ArrayToShowStr(finalOutput.data));
globalParams.authTag = finalOutput;
} else {
console.warn("[promise]encrypt authTag(finalOutput) hex: " + uInt8ArrayToShowStr(finalOutput.data));
globalCipherText = Array.from(globalCipherText.data);
finalOutput = Array.from(finalOutput.data);
globalCipherText = globalCipherText.concat(finalOutput);
globalCipherText = new Uint8Array(globalCipherText);
globalCipherText = { data: globalCipherText };
}
}
return;
}).then(() => {
//decrypt init
console.info("[promise]start init ==================[decrypt]");
var mode = cryptoFramework.CryptoMode.DECRYPT_MODE;
console.warn("[promise]mode: " + mode);
var promiseInit = globalCipher.init(mode, globalKey, globalParams);
console.info("[promise]init ok");
return promiseInit;
}).then(() => {
//decrypt update
console.info("[promise]start update ==================[decrypt]");
var promiseUpdate = globalCipher.update(globalCipherText);
console.info("[promise]update ok");
return promiseUpdate;
}).then(updateOutput => {
//decrypt doFinal
console.info("[promise]start doFinal ==================[decrypt]");
console.warn("[promise]decrypt update out: " + uInt8ArrayToString(updateOutput.data));
expect(uInt8ArrayToString(updateOutput.data) == globalText).assertTrue();
var promiseFinal = globalCipher.doFinal(null);
console.info("[promise]doFinal ok");
return promiseFinal;
}).then(finalOutput => {
if (finalOutput == null) {
console.error("[promise]decrypt doFinal out is null");
} else {
console.log("[promise]decrypt doFinal out hex: " + uInt8ArrayToShowStr(finalOutput.data));
}
}).catch(err => {
console.error("[promise]catch err:" + err);
expect(null).assertFail();
})
}
function testEncryptionDecryptionConvertKeyPromise(symAlgoName, cipherAlgoName, paramType) {
var globalCipher;
var globalParams;
var globalKey;
var globalCipherText;
var globalSymKeyGenerator;
var globalText = "aaa this is test! this is test! bbb";
return new Promise((resolve, reject) => {
setTimeout(() => {
console.error("");
resolve("")
}, 50);
}).then(() => {
// createSymKeyGenerator
globalSymKeyGenerator = cryptoFramework.createSymKeyGenerator(symAlgoName);
expect(globalSymKeyGenerator != null).assertTrue();
console.info("[promise]createGenerator ok");
console.warn("[promise]symKeyGenerator algName: " + globalSymKeyGenerator.algName);
//createCipher
globalCipher = cryptoFramework.createCipher(cipherAlgoName);
expect(globalCipher != null).assertTrue();
console.info("[promise]createCipher ok");
console.warn("[promise]cipher algName:" + globalCipher.algName);
if (paramType == "genIvParamsSpec") {
if (symAlgoName.includes("AES")) {
globalParams = genIvParamsSpec(16);
} else if (symAlgoName.includes("3DES")) {
globalParams = genIvParamsSpec(8);
} else {
console.error("[promise]Gen params error");
throw "[promise]Gen params error";
}
} else if (paramType == "genGcmParamsSpec") {
globalParams = genGcmParamsSpec();
} else if (paramType == "genCcmParamsSpec") {
globalParams = genCcmParamsSpec();
} else if (paramType == "null") {
globalParams = null;
} else {
console.error("[promise]globalParams not match");
throw "[promise]globalParams not match";
}
var promiseKey = globalSymKeyGenerator.generateSymKey();
return promiseKey;
}).then(key => {
var encodeKey = key.getEncoded();
console.warn("[promise]key getEncoded hex: " + uInt8ArrayToShowStr(encodeKey.data));
var convertKey = globalSymKeyGenerator.convertKey(encodeKey);
return convertKey;
}).then(key => {
//encrypt init
console.warn("[promise]convertkey getEncoded hex: " + uInt8ArrayToShowStr(key.getEncoded().data));
globalKey = key;
console.info("[promise]start init ==================[encrypt]");
var mode = cryptoFramework.CryptoMode.ENCRYPT_MODE;
console.warn("[promise]mode:" + mode);
var promiseInit = globalCipher.init(mode, key, globalParams);
console.info("[promise]init ok");
return promiseInit;
}).then(() => {
//encrypt update
console.info("[promise]start update ==================[encrypt]");
var plaintext = { data: stringTouInt8Array(globalText) };
console.warn("[promise]plaintext hex: " + uInt8ArrayToShowStr(plaintext.data));
var promiseUpdate = globalCipher.update(plaintext);
console.info("[promise]update ok");
return promiseUpdate;
}).then((updateOutput) => {
//encrypt doFinall
console.info("[promise]start doFinall ==================[encrypt]");
console.warn("[promise]encrypt update out hex:" + uInt8ArrayToShowStr(updateOutput.data));
globalCipherText = updateOutput;
expect(globalCipherText != null).assertTrue();
var promiseFinal = globalCipher.doFinal(null);
console.info("[promise]doFinal ok");
return promiseFinal;
}).then(finalOutput => {
if (finalOutput == null) {
;
} else {
if (paramType == "genGcmParamsSpec" || paramType == "genCcmParamsSpec") {
console.warn("[promise]encrypt authTag(finalOutput) hex: " + uInt8ArrayToShowStr(finalOutput.data));
globalParams.authTag = finalOutput;
} else {
console.warn("[promise]encrypt authTag(finalOutput) hex: " + uInt8ArrayToShowStr(finalOutput.data));
globalCipherText = Array.from(globalCipherText.data);
finalOutput = Array.from(finalOutput.data);
globalCipherText = globalCipherText.concat(finalOutput);
globalCipherText = new Uint8Array(globalCipherText);
globalCipherText = { data: globalCipherText };
}
}
return;
}).then(() => {
//decrypt init
console.info("[promise]start init ==================[decrypt]");
var mode = cryptoFramework.CryptoMode.DECRYPT_MODE;
console.warn("[promise]mode: " + mode);
var promiseInit = globalCipher.init(mode, globalKey, globalParams);
console.info("[promise]init ok");
return promiseInit;
}).then(() => {
//decrypt update
console.info("[promise]start update ==================[decrypt]");
var promiseUpdate = globalCipher.update(globalCipherText);
console.info("[promise]update ok");
return promiseUpdate;
}).then(updateOutput => {
//decrypt doFinal
console.info("[promise]start doFinal ==================[decrypt]");
console.warn("[promise]decrypt update out: " + uInt8ArrayToString(updateOutput.data));
expect(uInt8ArrayToString(updateOutput.data) == globalText).assertTrue();
var promiseFinal = globalCipher.doFinal(null);
console.info("[promise]doFinal ok");
return promiseFinal;
}).then(finalOutput => {
if (finalOutput == null) {
console.error("[promise]decrypt doFinal out is null");
} else {
console.log("[promise]decrypt doFinal out hex: " + uInt8ArrayToShowStr(finalOutput.data));
}
}).catch(err => {
console.error("[promise]catch err:" + err);
expect(null).assertFail();
})
}
function testClearMemPromise(symAlgoName) {
var globalSymKeyGenerator;
// createSymKeyGenerator
globalSymKeyGenerator = cryptoFramework.createSymKeyGenerator(symAlgoName);
expect(globalSymKeyGenerator != null).assertTrue();
console.info("[promise]createGenerator ok");
console.warn("[promise]symKeyGenerator algName: " + globalSymKeyGenerator.algName);
globalSymKeyGenerator.generateSymKey().then(symKey => {
console.info("[promise]generaeSymkey ok");
console.warn("[promise]key algName:" + symKey.algName);
console.warn("[promise]key format:" + symKey.format);
var encodeKey = symKey.getEncoded();
console.warn("[promise]key getEncoded hex: " + uInt8ArrayToShowStr(encodeKey.data));
let ret = symKey.clearMem();
console.log("ret = ", ret);
expect(ret == null).assertTrue()
}).catch(err => {
console.error("catch err is: " + err);
expect(err == null).assertFail();
})
}
export { testEncryptionDecryptionPromise, testEncryptionDecryptionConvertKeyPromise, testClearMemPromise };
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