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Side by Side Diff: LayoutTests/crypto/clone-rsaKey-private.html

Issue 210693002: [webcrypto] Add structured clone tests for RSA private keys. (Closed) Base URL: svn://svn.chromium.org/blink/trunk
Patch Set: Created 6 years, 9 months ago
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1 <!DOCTYPE html> 1 <!DOCTYPE html>
2 <html> 2 <html>
3 <head> 3 <head>
4 <script src="../resources/js-test.js"></script> 4 <script src="../resources/js-test.js"></script>
5 <script src="resources/common.js"></script> 5 <script src="resources/common.js"></script>
6 <script src="resources/keys.js"></script> 6 <script src="resources/keys.js"></script>
7 </head> 7 </head>
8 <body> 8 <body>
9 <p id="description"></p> 9 <p id="description"></p>
10 <div id="console"></div> 10 <div id="console"></div>
11 11
12 <script> 12 <script>
13 description("Tests structured cloning of RSA keys (without a hash)"); 13 description("Tests structured cloning of RSA private keys (without a hash)");
14 14
15 jsTestIsAsync = true; 15 jsTestIsAsync = true;
16 16
17 // Tests the 16 permutations of keys generated by: 17 // Tests the 16 permutations of keys generated by:
18 // kPossibleAlgorithms x kPossibleExtractable x kPossibleKeyUsages x kPossible KeyData 18 // kPossibleAlgorithms x kPossibleExtractable x kPossibleKeyUsages x kPossible KeyData
19 // 19 //
20 // For practical reasons these tests are not exhaustive. 20 // For practical reasons these tests are not exhaustive.
21 21
22 var kPossibleAlgorithms = ['RSAES-PKCS1-v1_5']; 22 var kPossibleAlgorithms = ['RSAES-PKCS1-v1_5'];
23 var kPossibleExtractable = [true, false]; 23 var kPossibleExtractable = [true, false];
24 var kPossibleKeyUsages = [[], ['encrypt'], ['decrypt', 'wrapKey'], ['encrypt', ' wrapKey', 'unwrapKey']]; 24 var kPossibleKeyUsages = [[], ['encrypt'], ['decrypt', 'wrapKey'], ['encrypt', ' wrapKey', 'unwrapKey']];
25 25
26 var kPossibleKeyData = [ 26 var kPossibleKeyData = [
27 kKeyData.rsa2, 27 kKeyData.rsa1,
28 kKeyData.rsa3 28 kKeyData.rsa4
29 ]; 29 ];
30 30
31 function runTest(algorithmName, extractable, keyUsages, keyData) 31 function runTest(algorithmName, extractable, keyUsages, keyData)
32 { 32 {
33 var importData = hexStringToUint8Array(keyData.spki); 33 var importData = hexStringToUint8Array(keyData.pkcs8);
34 var importAlgorithm = { name: algorithmName }; 34 var importAlgorithm = { name: algorithmName };
35 35
36 var results = {}; 36 var results = {};
37 37
38 return crypto.subtle.importKey('spki', importData, importAlgorithm, extracta ble, keyUsages).then(function(importedKey) { 38 return crypto.subtle.importKey('pkcs8', importData, importAlgorithm, extract able, keyUsages).then(function(importedKey) {
39 results.importedKey = importedKey; 39 results.importedKey = importedKey;
40 importedKey.extraProperty = 'hi'; 40 importedKey.extraProperty = 'hi';
41 return cloneKey(importedKey); 41 return cloneKey(importedKey);
42 }).then(function(clonedKey) { 42 }).then(function(clonedKey) {
43 results.clonedKey = clonedKey; 43 results.clonedKey = clonedKey;
44 if (extractable) 44 if (extractable)
45 return crypto.subtle.exportKey('spki', clonedKey); 45 return crypto.subtle.exportKey('pkcs8', clonedKey);
46 return null; 46 return null;
47 }).then(function(clonedKeyData) { 47 }).then(function(clonedKeyData) {
48 importedKey = results.importedKey; 48 importedKey = results.importedKey;
49 clonedKey = results.clonedKey; 49 clonedKey = results.clonedKey;
50 50
51 shouldEvaluateAs("importedKey.extraProperty", "hi"); 51 shouldEvaluateAs("importedKey.extraProperty", "hi");
52 shouldEvaluateAs("importedKey.type", "public"); 52 shouldEvaluateAs("importedKey.type", "private");
53 shouldEvaluateAs("importedKey.extractable", extractable); 53 shouldEvaluateAs("importedKey.extractable", extractable);
54 shouldEvaluateAs("importedKey.algorithm.name", algorithmName); 54 shouldEvaluateAs("importedKey.algorithm.name", algorithmName);
55 shouldEvaluateAs("importedKey.algorithm.modulusLength", keyData.modulusL engthBits); 55 shouldEvaluateAs("importedKey.algorithm.modulusLength", keyData.modulusL engthBits);
56 bytesShouldMatchHexString("importedKey.algorithm.publicExponent", keyDat a.publicExponent, importedKey.algorithm.publicExponent); 56 bytesShouldMatchHexString("importedKey.algorithm.publicExponent", keyDat a.publicExponent, importedKey.algorithm.publicExponent);
57 shouldBeUndefined("importedKey.algorithm.hash"); 57 shouldBeUndefined("importedKey.algorithm.hash");
58 shouldEvaluateAs("importedKey.usages.join(',')", keyUsages.join(",")); 58 shouldEvaluateAs("importedKey.usages.join(',')", keyUsages.join(","));
59 59
60 shouldBeTrue("importedKey != clonedKey"); 60 shouldBeTrue("importedKey != clonedKey");
61 61
62 shouldBeUndefined("clonedKey.extraProperty"); 62 shouldBeUndefined("clonedKey.extraProperty");
63 shouldEvaluateAs("clonedKey.type", "public"); 63 shouldEvaluateAs("clonedKey.type", "private");
64 shouldEvaluateAs("clonedKey.extractable", extractable); 64 shouldEvaluateAs("clonedKey.extractable", extractable);
65 shouldEvaluateAs("clonedKey.algorithm.name", algorithmName); 65 shouldEvaluateAs("clonedKey.algorithm.name", algorithmName);
66 shouldEvaluateAs("clonedKey.algorithm.modulusLength", keyData.modulusLen gthBits); 66 shouldEvaluateAs("clonedKey.algorithm.modulusLength", keyData.modulusLen gthBits);
67 bytesShouldMatchHexString("clonedKey.algorithm.publicExponent", keyData. publicExponent, clonedKey.algorithm.publicExponent); 67 bytesShouldMatchHexString("clonedKey.algorithm.publicExponent", keyData. publicExponent, clonedKey.algorithm.publicExponent);
68 shouldBeUndefined("clonedKey.algorithm.hash"); 68 shouldBeUndefined("clonedKey.algorithm.hash");
69 shouldEvaluateAs("clonedKey.usages.join(',')", keyUsages.join(",")); 69 shouldEvaluateAs("clonedKey.usages.join(',')", keyUsages.join(","));
70 70
71 logSerializedKey(importedKey); 71 logSerializedKey(importedKey);
72 72
73 if (extractable) 73 if (extractable)
74 bytesShouldMatchHexString("Cloned key exported data", keyData.spki, clonedKeyData); 74 bytesShouldMatchHexString("Cloned key exported data", keyData.pkcs8, clonedKeyData);
75 75
76 debug(""); 76 debug("");
77 }); 77 });
78 } 78 }
79 79
80 var lastPromise = Promise.resolve(null); 80 var lastPromise = Promise.resolve(null);
81 81
82 kPossibleAlgorithms.forEach(function(algorithmName) { 82 kPossibleAlgorithms.forEach(function(algorithmName) {
83 kPossibleExtractable.forEach(function(extractable) { 83 kPossibleExtractable.forEach(function(extractable) {
84 kPossibleKeyUsages.forEach(function(keyUsages) { 84 kPossibleKeyUsages.forEach(function(keyUsages) {
85 kPossibleKeyData.forEach(function(keyData) { 85 kPossibleKeyData.forEach(function(keyData) {
86 lastPromise = lastPromise.then(runTest.bind(null, algorithmNam e, extractable, keyUsages, keyData)); 86 lastPromise = lastPromise.then(runTest.bind(null, algorithmNam e, extractable, keyUsages, keyData));
87 }); 87 });
88 }); 88 });
89 }); 89 });
90 }); 90 });
91 91
92 lastPromise.then(finishJSTest, failAndFinishJSTest); 92 lastPromise.then(finishJSTest, failAndFinishJSTest);
93 93
94 </script> 94 </script>
95 95
96 </body> 96 </body>
97 </html> 97 </html>
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