void URLTestCase::CopyAndAssignment()
{
wxURL url1("http://www.example.org/");
wxURL url2;
wxURI *puri = &url2; // downcast
{ // Copy constructor
wxURL url3(url1);
CPPUNIT_ASSERT(url1 == url3);
}
{ // Constructor for string
wxURL url3(url1.GetURL());
CPPUNIT_ASSERT(url1 == url3);
}
{ // 'Copy' constructor for uri
wxURL url3(*puri);
CPPUNIT_ASSERT(url2 == url3);
}
// assignment for uri
*puri = url1;
CPPUNIT_ASSERT(url1 == url2);
// assignment to self through base pointer
*puri = url2;
// Assignment of string
url1 = wxS("http://www.example2.org/index.html");
*puri = wxS("http://www.example2.org/index.html");
CPPUNIT_ASSERT(url1 == url2);
// Assignment
url1 = wxS("");
url2 = url1;
CPPUNIT_ASSERT(url1 == url2);
// assignment to self
wxCLANG_WARNING_SUPPRESS(self-assign-overloaded)
url2 = url2;
wxCLANG_WARNING_RESTORE(self-assign-overloaded)
// check for destructor (with base pointer!)
puri = new wxURL();
delete puri;
}
bool CVFSEntry::Rename(const CURL& url, const CURL& url2)
{
if (!Initialized())
return false;
CVFSURLWrapper url3(url);
CVFSURLWrapper url4(url2);
return m_pStruct->Rename(&url3.url, &url4.url);
}
bool CVFSEntry::Rename(const CURL& url, const CURL& url2)
{
if (!m_struct.toAddon.rename)
return false;
CVFSURLWrapper url3(url);
CVFSURLWrapper url4(url2);
return m_struct.toAddon.rename(&m_struct, &url3.url, &url4.url);
}
TEST(NetworkAccessManager, Get)
{
CustomNetworkAccessManagerFactory factory;
QObjectPtr<QNetworkAccessManager> nam (factory.create(nullptr));
// Non-localhost:8080 Url
QObjectPtr<QNetworkReply> reply1 (nam->get(QNetworkRequest(QUrl("http://www.google.com"))));
while (!reply1->isFinished()) {
QTest::qWait(100);
}
EXPECT_EQ(reply1->url(), QUrl());
EXPECT_NE(reply1->error(), QNetworkReply::NoError);
// localhost:8080 Url
QUrl url2 ("http://localhost:8080/ipfs/hash/test.png");
QObjectPtr<QNetworkReply> reply2 (nam->get(QNetworkRequest(url2)));
EXPECT_EQ(reply2->url(), url2);
QUrl url3 ("http://127.0.0.1:8080/ipfs/hash/test.png");
QObjectPtr<QNetworkReply> reply3 (nam->get(QNetworkRequest(url3)));
EXPECT_EQ(reply3->url(), url3);
}
// Ensure all functions compile correctly.
void url_compile_test()
{
// Constructors
urdl::url url1;
urdl::url url2("http://foo/bar");
urdl::url url3(std::string("http://foo/bar"));
urdl::url url4(url1);
urdl::url url5 = url1;
// operator=
url5 = url2;
// protocol()
const urdl::url& const_url1 = url1;
want<std::string>(const_url1.protocol());
// user_info()
want<std::string>(const_url1.user_info());
// host()
want<std::string>(const_url1.host());
// port()
want<unsigned short>(const_url1.port());
// path()
want<std::string>(const_url1.path());
// query()
want<std::string>(const_url1.query());
// fragment()
want<std::string>(const_url1.fragment());
// to_string()
want<std::string>(const_url1.to_string());
want<std::string>(const_url1.to_string(urdl::url::protocol_component));
want<std::string>(const_url1.to_string(urdl::url::user_info_component));
want<std::string>(const_url1.to_string(urdl::url::host_component));
want<std::string>(const_url1.to_string(urdl::url::port_component));
want<std::string>(const_url1.to_string(urdl::url::path_component));
want<std::string>(const_url1.to_string(urdl::url::query_component));
want<std::string>(const_url1.to_string(urdl::url::fragment_component));
want<std::string>(const_url1.to_string(urdl::url::all_components));
// from_string()
asio::error_code ec;
want<urdl::url>(urdl::url::from_string("http://foo/bar"));
want<urdl::url>(urdl::url::from_string("http://foo/bar", ec));
want<urdl::url>(urdl::url::from_string(std::string("http://foo/bar")));
want<urdl::url>(urdl::url::from_string(std::string("http://foo/bar"), ec));
// operator==
const urdl::url& const_url2 = url2;
want<bool>(const_url1 == const_url2);
// operator!=
want<bool>(const_url1 != const_url2);
// operator<
want<bool>(const_url1 < const_url2);
}
QString AFormatter::formatHyperlinks (const QString& text)
{
QString result = text;
QRegExp url1("\\[url\\](.+)\\[/url\\]", Qt::CaseInsensitive, QRegExp::RegExp);
QRegExp url2("\\[url=(\\S+)\\](.+)\\[/url\\]", Qt::CaseInsensitive, QRegExp::RegExp);
url1.setMinimal(true);
url2.setMinimal(true);
int index = 0;
while ((index = url1.indexIn(result, index)) != -1)
{
QString html;
QString lstr = url1.cap(1);
int lval = AParser::isURL(lstr);
if (lval == 1)
html = QString::fromUtf8("<a href='") + lstr + "'>" + lstr + "</a>";
else if (lval == 2) // опасная ссылка
html = "<span class='alert'>" + lstr + "</span>";
else // невалидная ссылка
html = lstr;
result.replace(url1.cap(0), html);
index += std::min(url1.matchedLength(), html.length());
}
index = 0;
while ((index = url2.indexIn(result, index)) != -1)
{
QString html;
QString lstr = url2.cap(1);
QString rstr = url2.cap(2);
int lval = AParser::isURL(lstr);
int rval = AParser::isURL(rstr);
if (lval == 1)
html = "<a href='" + lstr + "'>" + rstr + "</a>";
else if (rval == 1)
html = "<a href='" + rstr + "'>" + lstr + "</a>";
else if (lval == 2)
html = "<span class='alert'>" + rstr + "</span>";
else if (rval == 2)
html = "<span class='alert'>" + lstr + "</span>";
else // невалидная ссылка
html = rstr + " (" + lstr + ")";
result.replace(url2.cap(0), html);
index += std::min(url2.matchedLength(), html.length());
}
// ссылки без тэгов
QRegExp url3("[^'>]((http://|https://|ftp://|[^/]www\\.)[^<\\s]+)", Qt::CaseInsensitive, QRegExp::RegExp);
index = 0;
while ((index = url3.indexIn(result, index)) != -1)
{
QString html;
QString lstr = url3.cap(1);
int lval = AParser::isURL(lstr);
if (lval == 1)
{
html = QString::fromUtf8("<a href='") + lstr + "'>" + QUrl::fromPercentEncoding(lstr.toUtf8()) + "</a>";
result.replace(lstr, html);
index += std::min(url3.matchedLength(), html.length());
}
else // невалидная или опасная ссылка
index += url3.matchedLength();
}
// email url
QRegExp email("\\[email\\](\\S+)\\[/email\\]", Qt::CaseInsensitive, QRegExp::RegExp);
email.setMinimal(true);
index = 0;
while ((index = email.indexIn(result, index)) != -1)
{
QString html;
QString lstr = email.cap(1);
int lval = AParser::isURL(lstr);
if (lval == 1)
html = QString::fromUtf8("<a href='mailto:") + lstr + "'>" + lstr + "</a>";
else if (lval == 2)
html = lstr;
else // невалидная ссылка
html = lstr;
result.replace(email.cap(0), html);
index += std::min(email.matchedLength(), html.length());
}
// msdn url
QRegExp msdn("\\[msdn\\](\\S+)\\[/msdn\\]", Qt::CaseInsensitive, QRegExp::RegExp);
msdn.setMinimal(true);
result.replace(msdn, "<a href='http://search.msdn.microsoft.com/Default.aspx?brand=Msdn&query=\\1'>\\1</a>");
return result;
}
void Test_NetCore::TestSettingUrl ()
{
string reason;
std::cout<<"TestSettingUrl\n";
NetCore _nc (ptr_callback.get(), &journal, ptr_log.get());
//former _nc.Init (ptr_log.get());
string url ("ftp://downloads1.kaspersky-labs.com/index.htm");
string url2 ("ftp://downloads2.kaspersky-labs.com/index.html");
string url3 ("ftp://downloads1.kaspersky-labs.com:23/index.html");
string url4 ("ftp://downloads1.kaspersky-labs.com/");
string url5 ("ftp://downloads1.kaspersky-labs.com:21/rel1/rel2/");
string url6 ("ftp://downloads1.kaspersky-labs.com:22/rel1/rel2/rel3/index.htm");
string url7 ("ftp://downloads1.kaspersky-labs.com");
string url8 ("\\\\avp_server\\common\\file.txt");
string url9 ("http://10.64.0.5/common:8088/file.txt");
//case 1
TD_BOOST_CHECK_MESSAGE (_nc.SetUrl (url.c_str(), false) == NET_NO_ERROR, "Setting URL");
TD_BOOST_CHECK_MESSAGE (
AddressInformation_Unit (AddressInformation::Protocol::ftpPassive, url.c_str(), "downloads1.kaspersky-labs.com",
DOWNLOADS1_IP, "/index.htm/", 0
) == _nc.m_addressInformation, "Checking NetUrlInfo"
);
//case 2
TD_BOOST_CHECK_MESSAGE (_nc.SetUrl (url2.c_str(), false) == NET_NO_ERROR, "Setting URL");
TD_BOOST_CHECK_MESSAGE (
AddressInformation_Unit (AddressInformation::Protocol::ftpPassive, url2.c_str(), "downloads2.kaspersky-labs.com",
DOWNLOADS2_IP, "/index.html/", 0
) == _nc.m_addressInformation, "Checking NetUrlInfo"
);
//case 2a
TD_BOOST_CHECK_MESSAGE (_nc.SetUrl (url2.c_str(), true) == NET_NO_ERROR, "Setting URL");
TD_BOOST_CHECK_MESSAGE (
AddressInformation_Unit (AddressInformation::Protocol::ftpActive, url2.c_str(), "downloads2.kaspersky-labs.com",
DOWNLOADS2_IP, "/index.html/", 0
) == _nc.m_addressInformation, "Checking NetUrlInfo"
);
//case 3
TD_BOOST_CHECK_MESSAGE (_nc.SetUrl (url3.c_str(), true) == NET_NO_ERROR, "Setting URL");
TD_BOOST_CHECK_MESSAGE (
AddressInformation_Unit (AddressInformation::Protocol::ftpActive, url3.c_str(), "downloads1.kaspersky-labs.com",
DOWNLOADS1_IP, "/index.html/", 23
) == _nc.m_addressInformation, "Checking NetUrlInfo"
);
//case 4
TD_BOOST_CHECK_MESSAGE (_nc.SetUrl (url4.c_str(), true) == NET_NO_ERROR, "Setting URL");
TD_BOOST_CHECK_MESSAGE (
AddressInformation_Unit (AddressInformation::Protocol::ftpActive, url4.c_str(), "downloads1.kaspersky-labs.com",
DOWNLOADS1_IP, "/", 0
) == _nc.m_addressInformation, "Checking NetUrlInfo"
);
//case 5
TD_BOOST_CHECK_MESSAGE (_nc.SetUrl (url5.c_str(), true) == NET_NO_ERROR, "Setting URL");
TD_BOOST_CHECK_MESSAGE (
AddressInformation_Unit (AddressInformation::Protocol::ftpActive, url5.c_str(), "downloads1.kaspersky-labs.com",
DOWNLOADS1_IP, "/rel1/rel2/", 21
) == _nc.m_addressInformation, "Checking NetUrlInfo"
);
//case 6
TD_BOOST_CHECK_MESSAGE (_nc.SetUrl (url6.c_str(), true) == NET_NO_ERROR, "Setting URL");
TD_BOOST_CHECK_MESSAGE (
AddressInformation_Unit (AddressInformation::Protocol::ftpActive, url6.c_str(), "downloads1.kaspersky-labs.com",
DOWNLOADS1_IP, "/rel1/rel2/rel3/index.htm/", 22
) == _nc.m_addressInformation, "Checking NetUrlInfo"
);
//case 7
TD_BOOST_CHECK_MESSAGE (_nc.SetUrl (url7.c_str(), true) == NET_NO_ERROR, "Setting URL");
TD_BOOST_CHECK_MESSAGE (
AddressInformation_Unit (AddressInformation::Protocol::ftpActive, url7.c_str(), "downloads1.kaspersky-labs.com",
DOWNLOADS1_IP, "/", 0
) == _nc.m_addressInformation, "Checking NetUrlInfo"
);
//case 8
TD_BOOST_CHECK_MESSAGE (_nc.SetUrl (url8.c_str(), true) == NET_NO_ERROR, "Setting URL");
TD_BOOST_CHECK_MESSAGE (
AddressInformation_Unit (AddressInformation::Protocol::fileProtocol, "", "",
"", url8.c_str(), 0
) == _nc.m_addressInformation, "Checking NetUrlInfo"
);
//case 9
TD_BOOST_CHECK_MESSAGE (_nc.SetUrl (url9.c_str(), true) == NET_WRONG_USAGE, "Setting URL");
/*TD_BOOST_CHECK_MESSAGE (
AddressInformation_Unit (AddressInformation::Protocol::notDefined, url9.c_str(), "10.64.0.5",
"10.64.0.5", "common", 8088
) == _nc.m_addressInformation, "Checking NetUrlInfo"
);*/
Step ("TestSettingUrl", reason);
};
