Vector<ParsedCookie*> CookieParser::parse(const String& cookies)
{
unsigned cookieStart, cookieEnd = 0;
double curTime = currentTime();
Vector<ParsedCookie*, 4> parsedCookies;
unsigned cookiesLength = cookies.length();
if (!cookiesLength) // Code below doesn't handle this case
return parsedCookies;
// Iterate over the header to parse all the cookies.
while (cookieEnd <= cookiesLength) {
cookieStart = cookieEnd;
// Find a cookie separator.
while (cookieEnd <= cookiesLength && !isCookieHeaderSeparator(cookies[cookieEnd]))
cookieEnd++;
// Detect an empty cookie and go to the next one.
if (cookieStart == cookieEnd) {
++cookieEnd;
continue;
}
if (cookieEnd < cookiesLength && isCookieHeaderSeparator(cookies[cookieEnd]))
++cookieEnd;
ParsedCookie* cookie = parseOneCookie(cookies, cookieStart, cookieEnd - 1, curTime);
if (cookie)
parsedCookies.append(cookie);
}
return parsedCookies;
}
Vector<Cookie*> CookieParser::parse(const String& cookies)
{
unsigned cookieStart, cookieEnd = 0;
double curTime = currentTime();
Vector<Cookie*, 4> parsedCookies;
// Iterate over the header to parse all the cookies.
while (cookieEnd <= cookies.length()) {
cookieStart = cookieEnd;
// Find a cookie separator.
while (cookieEnd <= cookies.length() && !isCookieHeaderSeparator(cookies[cookieEnd]))
cookieEnd++;
Cookie* cookie = parseOneCookie(cookies, cookieStart, cookieEnd - 1, curTime);
if (cookie)
parsedCookies.append(cookie);
}
return parsedCookies;
}
void CookieManager::setCookieInPrivateMode(const URL& url, const String& value, CookieFilter filter)
{
if (m_acceptPolicy == Never)
return;
RefPtr<ParsedCookie> cookie = parseOneCookie(url, value);
if (!cookie || cookie->name().isEmpty())
return;
if (filter == NoHttpOnlyCookies && cookie->isHttpOnly())
return;
Vector<String> domain;
cookie->domain().split(".", false, domain);
m_privateCookiesTree->insert(cookie, domain, m_backingStore.get(), filter, OnlyInMemory);
if (m_cookieChangeCallback)
m_cookieChangeCallback();
}
PassRefPtr<ParsedCookie> CookieParser::parseOneCookie(const String& cookie)
{
return parseOneCookie(cookie, 0, cookie.length() - 1, currentTime());
}