void testValidPemKey(void)
{
CFStringRef pemKey = CFStringCreateWithCString(kCFAllocatorDefault, pemEncodedKey, kCFStringEncodingUTF8);
APSetKey(pemKey);
CFRelease(pemKey);
CFDataRef exampleLicenseFileData = CFDataCreate(NULL,
(const UInt8 *)exampleLicenseFileContents,
(CFIndex)strlen(exampleLicenseFileContents));
Boolean licenseIsValid = APVerifyLicenseData(exampleLicenseFileData);
CFRelease(exampleLicenseFileData);
if (licenseIsValid) {
CFShow(CFSTR("Test OK: Valid file recognised using PEM encoded key"));
} else {
CFShow(CFSTR("Test FAILED: Valid file not recognised using PEM encoded key"));
}
}
int main (int argc, const char * argv[]) {
// This string was generated by the AquaticPrime Developer tool.
// (I've converted it to use CoreFoundation instead of Foundation, however, as the
// AP Dev tool doesn't generate CF-based string obfuscation yet.)
// *** Begin Public Key ***
CFMutableStringRef exampleKey = CFStringCreateMutable(NULL, 0);
CFStringAppend(exampleKey, CFSTR("0xC21727A4604EF3C70959D8645FDA"));
CFStringAppend(exampleKey, CFSTR("C3C5FD49F"));
CFStringAppend(exampleKey, CFSTR("E"));
CFStringAppend(exampleKey, CFSTR("E"));
CFStringAppend(exampleKey, CFSTR("02E46DC154A74B302C0"));
CFStringAppend(exampleKey, CFSTR("041C"));
CFStringAppend(exampleKey, CFSTR("3"));
CFStringAppend(exampleKey, CFSTR("3"));
CFStringAppend(exampleKey, CFSTR("F26028D0F3BF120A262B5E53"));
CFStringAppend(exampleKey, CFSTR("E3CA86528D702E40F4B5"));
CFStringAppend(exampleKey, CFSTR("2"));
CFStringAppend(exampleKey, CFSTR("2"));
CFStringAppend(exampleKey, CFSTR("BFBCAEA6"));
CFStringAppend(exampleKey, CFSTR("3E9D31FD6976DC6C"));
CFStringAppend(exampleKey, CFSTR("7"));
CFStringAppend(exampleKey, CFSTR("7"));
CFStringAppend(exampleKey, CFSTR("97D8354F3629"));
CFStringAppend(exampleKey, CFSTR("DEFEB572AFA4A"));
CFStringAppend(exampleKey, CFSTR("2"));
CFStringAppend(exampleKey, CFSTR("2"));
CFStringAppend(exampleKey, CFSTR("96F24DAB115EE71"));
CFStringAppend(exampleKey, CFSTR("C06"));
CFStringAppend(exampleKey, CFSTR("1"));
CFStringAppend(exampleKey, CFSTR("1"));
CFStringAppend(exampleKey, CFSTR("5BF0CF6E4383ACB9EA4473396"));
CFStringAppend(exampleKey, CFSTR("49397BE"));
CFStringAppend(exampleKey, CFSTR("D"));
CFStringAppend(exampleKey, CFSTR("D"));
CFStringAppend(exampleKey, CFSTR("48F556054DD9274A85448"));
CFStringAppend(exampleKey, CFSTR("69BADE5F51EF06D897"));
// *** End Public Key ***
// Convert the example license file string to a CFData.
// In a real app, you'd get this from somewhere else (e.g. a server), or use
// one of the file-based AP methods.
CFDataRef exampleLicenseFileData = CFDataCreate(NULL,
(const UInt8 *)exampleLicenseFileContents,
(CFIndex)strlen(exampleLicenseFileContents));
// Now, verify the license.
// Try changing the example license file contents above and see what happens.
// Let AP know what our public key is, so it can verify the signature.
APSetKey(exampleKey);
// You can just get back a boolean whether the license data is valid or not:
Boolean licenseIsValid = APVerifyLicenseData(exampleLicenseFileData);
if(licenseIsValid)
CFShow(CFSTR("License passed boolean verification!\n"));
else
CFShow(CFSTR("License failed boolean verification!\n"));
// Or, you can get back a full dictionary:
CFDictionaryRef licenseDictionary = APCreateDictionaryForLicenseData(exampleLicenseFileData);
if(licenseDictionary) {
CFShow(licenseDictionary);
CFRelease(licenseDictionary);
} else {
CFShow(CFSTR("No license dictionary results.\n"));
}
CFRelease(exampleLicenseFileData);
CFRelease(exampleKey);
return 0;
}