// frmNewAccount.cpp - New Account form (CardDAV2 account section).
//
// (c) 2012-2015 Xestia Software Development.
//
// This file is part of Xestia Address Book.
//
// Xestia Address Book is free software: you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by the
// Free Software Foundation, version 3 of the license.
//
// Xestia Address Book is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License along
// with Xestia Address Book. If not, see
#include "frmNewAccount.h"
#include
void frmNewAccount::RunCardDAV2Test( wxCommandEvent& event ){
NewAccountResult *ResultData = new NewAccountResult;
lblServerConnResult->SetLabel(_("Testing..."));
lblCardDAVSupportResult->SetLabel(_(""));
lblServerResponse->SetLabel(_(""));
lblServerSSLResult->SetLabel(_(""));
lblServerSSLValid->SetLabel(_(""));
lblAbleToLoginResult->SetLabel(_(""));
bool UsingSSLBypass = false;
// Setup a CardDAV2 connection object for testing.
CardDAV2 TestConnection(txtServerAddress->GetValue().ToStdString(),
wxAtoi(txtServerPort->GetValue()),
txtUsername->GetValue().ToStdString(),
txtPassword->GetValue().ToStdString(),
chkUseSSL->GetValue());
// Test the connection.
TestConnection.SetupConnectionObject();
COConnectResult TestConnectionResult = TestConnection.Connect(false);
// If server is using SSL, verify that the SSL connection is valid.
if (TestConnection.SSLVerify() == COSSL_UNABLETOVERIFY){
#if defined(__APPLE__)
TestConnection.BypassSSLVerification(true);
COConnectResult TestConnectionResult = TestConnection.Connect(false);
TestConnection.BypassSSLVerification(false);
int SSLResult = DisplayTrustPanel(&TestConnection);
if (SSLResult != NSOKButton){
lblServerConnResult->SetLabel(_("Failed"));
lblServerResponse->SetLabel(_("Not applicable"));
lblServerSSLResult->SetLabel(_("Used"));
lblServerSSLValid->SetLabel(_("No"));
lblConnectionResultText->SetLabel(_("An error occured whilst connnecting: ") + TestConnection.GetErrorMessage());
btnPrevious->Enable(true);
return;
} else {
// Evalulate the trust object.
SecTrustResultType EvalResult = ProcessResultType(&TestConnection);
switch(EvalResult){
case kSecTrustResultProceed:
lblServerSSLValid->SetLabel(_("Verified"));
break;
case kSecTrustResultConfirm:
lblServerSSLValid->SetLabel(_("Verified (user)"));
break;
default:
lblServerSSLValid->SetLabel(_("Unable to verify"));
}
lblServerResponse->SetLabel(_("Not applicable"));
lblServerSSLResult->SetLabel(_("Used"));
if (EvalResult != kSecTrustResultProceed){
return;
}
}
#elif defined(__WIN32__)
TestConnection.BypassSSLVerification(true);
COConnectResult TestConnectionResult = TestConnection.Connect(false);
TestConnection.BypassSSLVerification(false);
BOOL ModifiedCertificateData = false;
CRYPTUI_VIEWCERTIFICATE_STRUCTW CertificateDialogData = BuildCertificateData(&TestConnection, (HWND)this->GetHandle());
if (!CryptUIDlgViewCertificate(&CertificateDialogData, &ModifiedCertificateData)){
wxMessageBox(_("An error occured while trying to open the certificate dialog."), _("Error opening Certificate Information dialog"));
}
if (ModifiedCertificateData == false){
lblServerConnResult->SetLabel(_("Failed"));
lblServerResponse->SetLabel(_("Not applicable"));
lblServerSSLResult->SetLabel(_("Used"));
lblServerSSLValid->SetLabel(_("No"));
lblConnectionResultText->SetLabel(_("An error occured whilst connnecting: ") + TestConnection.GetErrorMessage());
btnPrevious->Enable(true);
return;
}
#else
// Connect again and fetch SSL certificate information.
TestConnection.BypassSSLVerification(true);
COConnectResult TestConnectionResult = TestConnection.Connect(false);
TestConnection.BypassSSLVerification(false);
SSLCertCollectionString CertData = TestConnection.BuildSSLCollection();
frmInvalidSSLCertificate *frmICPtr = new frmInvalidSSLCertificate(this);
frmICPtr->LoadDataNew(CertData, txtServerAddress->GetValue().ToStdString());
frmICPtr->ShowModal();
int SSLResult = frmICPtr->GetResult();
// Clean up before processing response.
delete frmICPtr;
frmICPtr = NULL;
// Process the response from the user.
if (SSLResult == 1){
// Accept the Certificate.
UsingSSLBypass = true;
TestConnection.BypassSSLVerification(true);
COConnectResult TestConnectionResult = TestConnection.Connect(true);
TestConnection.BypassSSLVerification(false);
} else if (SSLResult == 2){
// Reject the certificate, abort the task and mark as failed.
// TODO: Integrate into the code.
//lblConnectionResultText->SetLabel(_("An error occured whilst connnecting: ") + CardDAVConn.GetErrorMessage() + wxString::Format(wxT(" (%i)\n%s"), sslcode, CardDAVConn.GetErrorBuffer().mb_str()));
}
#endif
}
TestConnectionResult = TestConnection.Connect(true);
// Get the server prefix if the connection was successful.
if (TestConnectionResult == COCONNECT_OK){
if (UsingSSLBypass == true){
TestConnection.BypassSSLVerification(true);
}
std::string ReceivedServerPrefix;
COServerResponse PrefixRequestResult = TestConnection.GetDefaultPrefix(&ReceivedServerPrefix);
ServerPrefix = ReceivedServerPrefix;
if (UsingSSLBypass == true){
TestConnection.BypassSSLVerification(true);
}
}
TestConnectionResult == COCONNECT_OK ? ResultData->Connected = true : ResultData->Connected = false;
ResultData->SSLStatus = TestConnection.CanDoSSL();
ResultData->SSLVerified = TestConnection.SSLVerify();
ResultData->ValidResponse = TestConnection.HasValidResponse();
ResultData->AuthPassed = TestConnection.AbleToLogin();
ResultData->CanProcess = TestConnection.CanDoProcessing();
ResultData->ErrorMessage = TestConnection.GetErrorMessage();
// Post event back confirming the tests.
wxCommandEvent ResultsEvent(UPDATERESULTS);
ResultsEvent.SetClientData(ResultData);
wxPostEvent(this, ResultsEvent);
}