const shared_ptr<LicenseParserResult> LicenseParser::ParsePublishingLicenseInner(const void *pbPublishLicense,
size_t cbPublishLicense)
{
string publishLicense;
if ((cbPublishLicense > sizeof(BOM_UTF8)) && (memcmp(pbPublishLicense, BOM_UTF8, sizeof(BOM_UTF8)) == 0))
{
string utf8NoBOM(reinterpret_cast<const uint8_t *>(pbPublishLicense) + sizeof(BOM_UTF8),
reinterpret_cast<const uint8_t *>(pbPublishLicense) +
cbPublishLicense);
publishLicense = utf8NoBOM;
}
else if (cbPublishLicense % 2 == 0)
{
// Assume UTF16LE (Unicode)
auto strUnicode = QString::fromUtf16(reinterpret_cast<const uint16_t*>(pbPublishLicense),
static_cast<int>(cbPublishLicense) / sizeof(uint16_t));
auto utf8ByteArray = strUnicode.toUtf8();
string utfString(utf8ByteArray.constData(), utf8ByteArray.length());
publishLicense = utfString;
}
else
{
throw exceptions::RMSNetworkException("Invalid publishing license encoding",
exceptions::RMSNetworkException::InvalidPL);
}
Logger::Hidden("Publishing License in LicenseParser: %s", publishLicense.c_str());
size_t finalSize = publishLicense.size();
string publishLicenseWithRoot;
CXMLUtils::WrapWithRoot(publishLicense.c_str(), finalSize, publishLicenseWithRoot);
auto document = IDomDocument::create();
std::string errMsg;
int errLine = 0;
int errColumn = 0;
auto ok = document->setContent(publishLicenseWithRoot,
errMsg,
errLine,
errColumn);
if (!ok)
{
throw exceptions::RMSNetworkException("Invalid publishing license",
exceptions::RMSNetworkException::InvalidPL);
}
auto extranetDomainNode = document->SelectSingleNode(EXTRANET_XPATH);
auto intranetDomainNode = document->SelectSingleNode(INTRANET_XPATH);
auto extranetDomain = (nullptr != extranetDomainNode.get()) ? extranetDomainNode->text() : string();
RemoveTrailingNewLine(extranetDomain);
auto intranetDomain = (nullptr != intranetDomainNode.get()) ? intranetDomainNode->text() : string();
RemoveTrailingNewLine(intranetDomain);
vector<shared_ptr<Domain> > domains;
if (!extranetDomain.empty())
{
domains.push_back(Domain::CreateFromUrl(extranetDomain));
}
if (!intranetDomain.empty())
{
// don't add the intranet domain if it's the same as extranet
if (extranetDomain.empty() ||
(0 != _stricmp(intranetDomain.data(), extranetDomain.data())))
{
domains.push_back(Domain::CreateFromUrl(intranetDomain));
}
}
if (domains.empty())
{
throw exceptions::RMSNetworkException("Invalid domains publishing license",
exceptions::RMSNetworkException::InvalidPL);
}
shared_ptr<LicenseParserResult> result;
if (rmscore::core::FeatureControl::IsEvoEnabled())
{
auto slcNode = document->SelectSingleNode(SLC_XPATH);
if (nullptr == slcNode.get())
{
throw exceptions::RMSNetworkException("Server public certificate",
exceptions::RMSNetworkException::InvalidPL);
}
auto publicCertificate = slcNode->text();
RemoveTrailingNewLine(publicCertificate);
result = make_shared<LicenseParserResult>(LicenseParserResult(domains,
make_shared<string>(publicCertificate)));
}
else
{
result = make_shared<LicenseParserResult>(domains);
}
return result;
}
int main()
{
verbose = (getenv ("PEGASUS_TEST_VERBOSE")) ? true : false;
// Test one pattern vs string per call
// (test #, pattern, stringToBeTested, expected result)
testPattern(1,__LINE__,"", "", false);
testPattern(2,__LINE__,"abc", "", false);
testPattern(3,__LINE__,"", "abc", false);
testPattern(4,__LINE__,"abc", "abc", true);
testPattern(5,__LINE__,"abcd", "abc", false);
testPattern(6,__LINE__,"abc", "abcd", false);
testPattern(7,__LINE__,"ab.", "ab?", true);
testPattern(8,__LINE__,".a.b", "aa!b", true);
testPattern(9,__LINE__,"\\.ab", ".ab", true);
testPattern(10,__LINE__,"\\.ab", "\\.ab", false);
testPattern(11,__LINE__,".*", "abcd", true);
testPattern(12,__LINE__,"\\.*", "......", true);
testPattern(13,__LINE__,"abcd*", "abcddddd", true);
testPattern(14,__LINE__,"abcd*", "abcd", false);
testPattern(15,__LINE__,"ab*cd", "abbbbcd", true);
testPattern(16,__LINE__,"\\*ab", "*ab", true);
testPattern(17,__LINE__,".\\*", "****", false);
testPattern(18,__LINE__,".est", "Test", true);
//// KS_TODO this pattern fails so we are exluding it until we understand
//// the issue
//// testPattern(19,__LINE__,".*est", "Test", true);
//// KS_TODO not sure what this one should do.
//// testPattern(19,__LINE__,"*est", "Test", true);
// The following tests use utf16 chars
{
Char16 utf16Chars[] = {0xD800,0x78BC, 0xDC01, 0x45A3, 0x00};
const String utf(utf16Chars);
testPattern(30,__LINE__,utf, utf, true);
}
{
Char16 utf16CharsP[] = { 0xD800,0x78BC, 0x00};
String utfPattern(utf16CharsP);
utfPattern.append("*");
Char16 utf16[] = {0xD800,0x78BC, 0xD800,0x78BC, 0xD800,0x78BC, 0x00};
const String utfString(utf16);
testPattern(31,__LINE__,utfPattern, utfString, true);
}
{
Char16 utf16CharsS[] = {0xD800,0x78BC, 0x00};
String utfString(utf16CharsS);
utfString.append("*");
testPattern(32,__LINE__,".*", utfString, true);
}
{
Char16 utf16CharsP[] = {0xD800,0x78BC, 0x00};
String utfPattern(utf16CharsP);
utfPattern.append(".*");
Char16 utf16CharsS[] = {0xD800,0x78BC, 0x00};
String utfString(utf16CharsS);
utfString.append("an3s");
testPattern(33,__LINE__,utfPattern, utfString, true);
}
cout << "+++++ passed all tests" << endl;
return 0;
}
inline std::string handleToStr(const v8::Local<v8::Value> & str)
{
v8::String::Utf8Value utfString(str->ToString());
return *utfString;
}
