1.1 --- a/MYCryptoTest.m	Sat Jun 06 15:01:28 2009 -0700
     1.2 +++ b/MYCryptoTest.m	Tue Jun 09 23:58:03 2009 -0700
     1.3 @@ -43,23 +43,44 @@
     1.4  }
     1.5  
     1.6  
     1.7 -TestCase(EnumerateKeys) {
     1.8 +TestCase(Enumerate) {
     1.9 +    RequireTestCase(EnumeratePublicKeys);
    1.10 +    RequireTestCase(EnumeratePrivateKeys);
    1.11 +    RequireTestCase(EnumerateSymmetricKeys);
    1.12 +    RequireTestCase(EnumerateCerts);
    1.13 +    RequireTestCase(EnumerateIdentities);
    1.14 +}
    1.15 +
    1.16 +
    1.17 +TestCase(EnumeratePublicKeys) {
    1.18      RequireTestCase(MYKeychain);
    1.19      NSEnumerator *e = [[MYKeychain allKeychains] enumeratePublicKeys];
    1.20      Log(@"Public Key Enumerator = %@", e);
    1.21      CAssert(e);
    1.22      for (MYPublicKey *key in e) {
    1.23 -        Log(@"Found %@ -- name=%@", key, key.name);
    1.24 +        Log(@"Trying public key %@", key.keyRef);
    1.25 +        @try{
    1.26 +            Log(@"Found %@ -- name=%@", key, key.name);
    1.27 +        }@catch (NSException *x) {
    1.28 +            Warn(@"Caught %@",x); //TEMP
    1.29 +        }
    1.30      }
    1.31 -    
    1.32 -    e = [[MYKeychain allKeychains] enumeratePrivateKeys];
    1.33 +}
    1.34 +
    1.35 +TestCase(EnumeratePrivateKeys) {
    1.36 +    RequireTestCase(MYKeychain);
    1.37 +    NSEnumerator *e = [[MYKeychain allKeychains] enumeratePrivateKeys];
    1.38      Log(@"Key-Pair Enumerator = %@", e);
    1.39      CAssert(e);
    1.40      for (MYPrivateKey *key in e) {
    1.41 -        Log(@"Found %@ -- name=%@", key, key.name);
    1.42 +        Log(@"Found %@ -- name=%@ --> %@", key, key.name, key.publicKey);
    1.43 +        CAssert(key.publicKey);
    1.44      }
    1.45 -    
    1.46 -    e = [[MYKeychain allKeychains] enumerateSymmetricKeys];
    1.47 +}
    1.48 +
    1.49 +TestCase(EnumerateSymmetricKeys) {
    1.50 +    RequireTestCase(MYKeychain);
    1.51 +    NSEnumerator *e = [[MYKeychain allKeychains] enumerateSymmetricKeys];
    1.52      Log(@"Symmetric Key Enumerator = %@", e);
    1.53      CAssert(e);
    1.54      for (MYSymmetricKey *key in e) {
    1.55 @@ -74,7 +95,8 @@
    1.56      Log(@"Enumerator = %@", e);
    1.57      CAssert(e);
    1.58      for (MYCertificate *cert in e) {
    1.59 -        //Log(@"Found %@ -- name=%@, email=%@", cert, cert.commonName, cert.emailAddresses);
    1.60 +        Log(@"Found %@ -- name=%@, email=%@", cert, cert.commonName, cert.emailAddresses);
    1.61 +        CAssert(cert.publicKey);
    1.62      }
    1.63  }
    1.64  
    1.65 @@ -112,7 +134,7 @@
    1.66          else
    1.67              key = [MYSymmetricKey generateSymmetricKeyOfSize: sizeInBits algorithm: algorithm];
    1.68          Log(@"Created %@", key);
    1.69 -    CAssert(key);
    1.70 +        CAssert(key);
    1.71          CAssertEq(key.algorithm, algorithm);
    1.72          CAssertEq(key.keySizeInBits, sizeInBits);
    1.73      #if !TARGET_OS_IPHONE