void CHttpRequest::SetRField(const CString& Name, const CString& Value) {
CStringTable Table = m_RFields.FindElement(Name);
// Table.Set(g_strName, Name);
// Table.Set(g_strValue, Value);
Table.Set(Name, Value);
m_RFields.Set(Name, Table);
}
void CHttpRequest::MakeRequestString(const float HttpVersion, CString * pRequest) {
pRequest->SetSize(128 + m_HttpFields.GetSize() * 32);
(* pRequest) = CHttpIo::HTTPIoTypeToStr(m_RequestMethod) + ' ';
CString HostString = m_Url.GetHost();
int DefaultPortValue = 80;
if (m_Url.GetScheme().Same(g_strProto_HTTPS)) DefaultPortValue = 443;
if (m_Url.GetPortValue() != DefaultPortValue) {
HostString.Append(':');
HostString.Append(m_Url.GetPort());
}
if (m_Proxy.GetValid() || (HttpVersion < 1)) {
pRequest->Append(m_Url.GetScheme());
pRequest->Append(g_strColSlashSlash);
pRequest->Append(HostString);
}
CString UrlPath = m_Url.GetUrlPath();
CHtmlParser::TranslateQuotes(UrlPath);
pRequest->Append(CUrl::Escape(UrlPath, false));
if (HttpVersion >= 1.0) {
pRequest->Append(g_strHttpSpaceOneZero);
CStringTable Table;
Table.Set(g_strName, g_strHttpHost);
Table.Set(g_strValue, HostString);
m_HttpFields.Set(g_strHttpHost, Table);
} else m_HttpFields.Remove(g_strHttpHost);
pRequest->Append(g_strCrLf);
for (register int i=0;i<(int) m_HttpFields.GetSize();i++) {
pRequest->Append(m_HttpFields.GetKeyAt(i));
pRequest->Append(g_strColSpace);
pRequest->Append(m_HttpFields[i].GetValue(g_strValue));
for (register int j=0;j<(int)m_HttpFields[i].GetSize();j++) {
if ((!m_HttpFields[i].GetNameAt(j).Same(g_strName)) &&
(!m_HttpFields[i].GetNameAt(j).Same(g_strValue))) {
pRequest->Append(g_strSemiColSpace);
pRequest->Append(m_HttpFields[i].GetNameAt(j));
pRequest->Append('=');
pRequest->Append(m_HttpFields[i].GetValueAt(j));
}
}
pRequest->Append(g_strCrLf);
}
pRequest->Append(g_strCrLf);
}
void CHttpRequest::SetPostField(const CString& Group, const CString& Name, const CString& Value) {
CStringTable Table = m_PostFields.FindElement(Group);
Table.Set(Name, Value);
m_PostFields.Set(Group, Table);
}
