std::pair<PExprNode, FilePath> FileCompiler::loadCode(ExprLocation loc, ConstStrA name)
{
FilePath p = loc.getFileName();
if (p.getPath().empty()) p = FilePath(ConstStrW(L"."), true);
for (ConstStrA::SplitIterator iter = name.split('/'); iter.hasItems();) {
ConstStrA part = iter.getNext();
if (part.empty()) {
continue;
}
else if (part == "..") {
p = p / parent;
}
else {
p = p / part;
}
}
const PExprNode *code = codeCache.find(p);
PExprNode out;
if (code) out = *code;
else {
out = compileFile(p);
codeCache(p, out);
}
return std::make_pair(out, p);
}
void HttpClient::proxyConnect(PNetworkStream stream, ConstStrA host, ConstStrA authorization) {
if (host.find(':') == naturalNull) {
return proxyConnect(stream,StringA(host+ConstStrA(":443")),authorization);
}
PNetworkStream nstream = new BufferedNetworkStream(stream);
HttpRequest req(stream.get(), host, mCONNECT, !useHTTP10);
if (!authorization.empty()) {
req.setHeader(fldProxyAuthorization,authorization);
}
req.closeOutput();
class ResponseResult: public IHttpResponseCB {
public:
virtual void storeStatus(natural statusCode, ConstStrA statusMessage) {
status = statusCode;
statusMsg.append(statusMessage);
}
virtual void storeHeaderLine(ConstStrA, ConstStrA) {
}
natural status;
AutoArray<char, SmallAlloc<32> > statusMsg;
};
ResponseResult res;
HttpResponse resp(stream.get(),res,HttpResponse::readHeadersNow);
if (status != 200)
throw HttpStatusException(THISLOCATION,host,res.status, res.statusMsg);
}
LightSpeed::JSON::PNode createArrayFromSet(LightSpeed::JSON::IFactory &factory, ConstStrA text, char sep) {
LightSpeed::JSON::PNode arr = factory.newArray();
if (text.empty()) return arr;
for (ConstStrA::SplitIterator iter = text.split(sep);iter.hasItems();) {
ConstStrA name = iter.getNext();
if (!name.empty()) {
arr->add(factory.newValue(name));
}
}
return arr;
}
IniConfigT::Iterator::Iterator(const FieldMap &container, ConstStrA section, ConstStrA prefix)
:innerIter(container.seek(SectionField(section,ConstStrA()))) {
if (innerIter.hasItems()) {
const FieldMap::Entity &e = innerIter.peek();
if (e.key.section == section) {
this->section = e.key.section;
if (e.key.field.head(prefix.length()) == prefix) {
prefix = e.key.field.head(prefix.length());
}
}
}
}
static ConstStrA findInAllowedSet(ConstStrA field, ConstStrA allowedSet) {
using namespace LightSpeed;
for (ConstStrA::SplitIterator iter = allowedSet.split(',');iter.hasItems();) {
ConstStrA value = iter.getNext();
natural eq = value.find('=');
if (eq == naturalNull) {
if (value == field) return value;
} else {
if (value.head(eq) == field) {
return value.offset(eq+1);
}
}
}
return ConstStrA();
}
integer ServiceApp::postMessage(ConstStrA command, const Args & args, SeqFileOutput output)
{
if (instance->imOwner()) return onMessage(command,args,output);
AutoArrayStream<char, StaticAlloc<65536> > buffer;
if (args.length() > 127) return onCommandLineError(args);
buffer.write((char)(args.length()));
buffer.copy(command.getFwIter());
buffer.write(0);
for(natural i = 0, cnt = args.length();i < cnt;i++){
buffer.copy(WideToUtf8Reader<ConstStrW::Iterator>(args[i].getFwIter()));
buffer.write(0);
}
AutoArray<byte,SmallAlloc<4096> > replybuff;
replybuff.resize(instance->getReplyMaxSize());
natural sz = instance->request(buffer.data(), buffer.length(), replybuff.data(), replybuff.length(), timeout);
if (sz < sizeof(integer))
throw ErrorMessageException(THISLOCATION,String("Invalid reply"));
else {
integer res = *reinterpret_cast<integer *>(replybuff.data());
ConstStrA msg(reinterpret_cast<char *>(replybuff.data()+sizeof(integer)),sz - sizeof(integer));
output.copy(msg.getFwIter());
return res;
}
}
natural Server::onGET(BredyHttpSrv::IHttpRequest& req, ConstStrA vpath) {
if (vpath.empty() && req.getHeaderField(req.fldUpgrade) == "websocket" ) {
if (!wsenabled) return stForbidden;
else return req.forwardRequestTo(&wsHandler,vpath);
} else {
return HttpHandler::onGET(req,vpath);
}
}
LightSpeed::StringA dbOrderFromJSON(const LightSpeed::JSON::INode &nd) {
using namespace LightSpeed;
AutoArray<char, SmallAlloc<256> > buff;
for (natural i = 0; i < nd.getEntryCount();i++) {
ConstStrA fld = nd[i].getStringUtf8();
if (fld.empty() || fld == ConstStrA('^') || fld.find('`') != naturalNull)
throw ErrorMessageException(THISLOCATION, "Unacceptable field name");
if (i) buff.append(ConstStrA(", "));
if (fld[0] == '^') {
buff.add('`');buff.append(fld.offset(1));buff.add('`');
buff.append(ConstStrA(" DESC"));
} else {
buff.add('`');buff.append(fld);buff.add('`');
buff.append(ConstStrA(" ASC"));
}
}
return ConstStrA(buff);
}
void HttpReqImpl::status(natural code, ConstStrA msg) {
if (bHeaderSent)
throw ErrorMessageException(THISLOCATION, "Headers already sent");
statusCode = code;
if (msg.empty())
msg = getStatusMessage(statusCode);
statusMsg = responseHdrPool.add(msg);
}
SeqFileInput HttpClient::send(ConstStrA body) {
if (request == null) {
try {
sendRequest(body.length(), psoAvoid100);
request->writeAll(body.data(), body.length());
request->closeOutput();
loadResponse();
return SeqFileInput(response.get());
} catch (NetworkException &) {
if (connectionReused) {
closeConnection();
return send(body);
}
throw;
}
} else {
return send();
}
}
SourceIndex::WordID getLocaseWordId(ConstStrA word)
{
Crc32 crc32;
TypeConvWriter<Crc32 &, char> crc32chr(crc32);
WideToUtf8Writer<TypeConvWriter<Crc32 &, char> &> crc32wchr(crc32chr);
Utf8ToWideReader<ConstStrA::Iterator> wideChars(word.getFwIter());
while (wideChars.hasItems()) crc32wchr.write(towupper(wideChars.getNext()));
return crc32.getCrc32();
}
void HttpReqImpl::errorPage(natural code, ConstStrA msg, ConstStrA expl) {
if (!bHeaderSent) {
if (msg.empty()) msg = getStatusMessage(code);
SeqFileOutput f(this);
if (msg.empty()) msg = getStatusMessage(code);
PrintTextA print(f);
//clear some headers - they can damage output
//delete content length - because we will show different page
responseHdrs.erase(getHeaderFieldName(fldContentLength));
//delete transfer encoding - because we need simplest encoding
responseHdrs.erase(getHeaderFieldName(fldTransferEncoding));
//delete content type - because we will set to text/html
responseHdrs.erase(getHeaderFieldName(fldContentType));
//delete eTag - don't store eTag with an error page
responseHdrs.erase(getHeaderFieldName(fldETag));
//delete lastModified - don't store error page
responseHdrs.erase(getHeaderFieldName(fldLastModified));
status(code,msg);
//set new content type
header(fldContentType,"text/html");
if (code == 204 || code == 304) {
//set ContentLength to zero even if it is not necesery, some clients can have issue
header(fldContentLength,"0");
sendHeaders();
return;
} else {
closeConn = true;
}
print("<html><head><title>%1 %2</title></head><body><h1>%1 %2</h1>")
<< code << msg;
if (!expl.empty()) print("<pre>%1</pre>")<< expl;
print("<hr>");
print("<small><em>Powered by Bredy's JsonRpcServer - C++ http & jsonrpc server - <a href=\"https://github.com/ondra-novak/jsonrpcserver\">sources available</a></em></small>");
print("</body></html>");
}
else {
closeConn = true;
}
}
static ConstStrA getStatusMessage(natural status) {
char buff[3];
if (status >= 100 && status <= 999) {
buff[0] = status / 100 + '0';
buff[1] = (status / 10) % 10 + '0';
buff[2] = status % 10 + '0';
ConstStrA srchText(buff, 3);
natural l = 0, h = countof(statusMessages);
while (l < h) {
natural m = (l + h) / 2;
ConstStrA msg = statusMessages[m];
ConstStrA code = msg.head(3);
if (code > srchText)
h = m;
else if (code < srchText)
l = m + 1;
else
return msg.offset(4);
}
}
return ConstStrA("Unknown status code");
}
static void loadSomeDataThread3(ConstStrA locId) {
CouchDB db(getTestCouch());
db.use(DATABASENAME);
for (natural i = 0; i < 3; i++) {
Changeset chset = db.createChangeset();
Document doc;
doc.edit(chset.json)("_id",locId)("aaa",100);
chset.update(doc);
chset.commit(db);
locId = locId.offset(1);
Thread::sleep(nil);
}
}
void HttpReqImpl::redirect(ConstStrA url, int code) {
if (code == 0) {
if (url.head(1) == ConstStrA('+')) code = 301;
else code = 307;
}
TextParser<char> parser;
if (parser("%[a-z]0://%",url)) {
header(fldLocation, url);
} else {
StringA absurl = getAbsoluteUrl(url);
header(fldLocation, absurl);
}
header(fldContentLength, "0");
status(code);
sendHeaders();
}
void HttpClient::createRequest(ConstStrA url, Method method) {
connectionReused = false;
TextParser<char, SmallAlloc<1024> > parser;
if (parser("http%(?)[s]1://%(*)*2%%[a-zA-Z0-9-_.:]3/%(*)4",url)) {
ConstStrA s = parser[1].str();
ConstStrA auth = parser[2].str();
ConstStrA domain_port = parser[3].str();
ConstStrA path = parser[4].str();
path = url.tail(path.length()+1);
if (!s.empty() && s != "s")
throw InvalidUrlException(THISLOCATION,url,"unknown protocol");
if (!auth.empty() && s.tail(1)[0] != '@')
throw InvalidUrlException(THISLOCATION,url,"auth need '@' as separator");
if (domain_port.tail(1)[0] == ':')
throw InvalidUrlException(THISLOCATION,url,"missing port number");
bool tls = !s.empty();
IHttpProxyProvider::Result proxyInfo;
if (proxyProvider) {
proxyInfo = proxyProvider->getProxy(domain_port);
}
if (canReuseConnection(domain_port, tls)) {
try {
response->skipRemainBody();
connectionReused = true;
} catch (const NetworkException &) {
response = nil;
nstream = nil;
}
}
if (!connectionReused) {
if (tls) {
if (httpsProvider == 0) {
throw InvalidUrlException(THISLOCATION,url,"Https is not configured");
}
PNetworkStream stream;
if (proxyInfo.defined) {
stream = connectSite(proxyInfo.proxyAddr,8080);
proxyConnect(stream, domain_port, proxyInfo.authorization);
} else {
stream = connectSite(domain_port, 443);
}
stream = httpsProvider->connectTLS(stream,domain_port);
nstream = new BufferedNetworkStream(stream);
currentDomain = domain_port;
currentTls = true;
} else {
if (proxyInfo.defined) {
PNetworkStream stream;
stream = connectSite(proxyInfo.proxyAddr,8080);
nstream = new BufferedNetworkStream(stream);
path = url;
currentDomain = proxyInfo.proxyAddr;
} else {
PNetworkStream stream;
stream = connectSite(domain_port,80);
nstream = new BufferedNetworkStream(stream);
currentDomain = domain_port;
}
}
}
response = nil;
request = new(pool) HttpRequest(nstream.get(),path,method,!useHTTP10);
if (proxyInfo.defined && !tls && !proxyInfo.authorization.empty()) {
request->setHeader(fldProxyAuthorization, proxyInfo.authorization);
}
request->setHeader(fldHost, domain_port);
request->setHeader(fldUserAgent, userAgent);
if (keepAlive == false) {
request->setHeader(fldConnection,"close");
} else if (useHTTP10) {
request->setHeader(fldConnection,"keep-alive");
}
} else {
throw InvalidUrlException(THISLOCATION,url,"Parser rejected");
}
}
ITCPServerConnHandler::Command HttpReqImpl::finishReadHeader() {
TextParser<char,StaticAlloc<256> > parser;
//open output and input, we need stream to show error pages
outputClosed = false;
inputClosed = false;
isHeadMethod = ConstStrA(method) == "HEAD";
closeConn = httpMinVer == 0;
//check connection
HeaderValue strconn = getHeaderField(fldConnection);
if (strconn.defined) {
if (strconn == "close") closeConn = true;
}
//check content length
HeaderValue strsize = getHeaderField(fldContentLength);
if (strsize.defined && parser(" %u1 ", strsize)) {
remainPostData = parser[1];
} else {
remainPostData = 0;
}
//check chunked POST
HeaderValue strchunked = getHeaderField(fldTransferEncoding);
if (strchunked.defined != 0 && strchunked == "chunked") {
chunkedPost = true;
remainPostData = 0; //remainPostData is used to count chunks
} else {
chunkedPost = false;
}
//check expectation for 100-continue
HeaderValue strexpect = getHeaderField(fldExpect);
if (strexpect.defined != 0) {
if (strexpect == "100-continue" || strexpect == "100-Continue") {
bNeedContinue = true;
} else {
return errorPageKA(417);
}
} else {
bNeedContinue = false;
}
//check host
ConstStrA vpath = path;
host = getHeaderField(fldHost);
if (!mapHost(host, vpath)) {
return errorPageKA(404);
}
if (vpath.empty()) {
redirect("+/");
return processHandlerResponse(0);
}
//find handler
IHttpHandler *h;
curHandler = nil;
natural res = callHandler( vpath, &h);
if (h == 0) return errorPageKA(404);
if (curHandler == nil) curHandler = h; //need this to correctly handle forward function
return processHandlerResponse(res);
}
ITCPServerConnHandler::Command HttpReqImpl::readHeader() {
try {
AutoArray<char, SmallAlloc<8192> > linebuff;
NStream::Buffer &buffer = inout->getBuffer();
natural fetched = buffer.fetch();
if (fetched == 0) {
errorPage(413,ConstStrA(),"Header is too large");
return ITCPServerConnHandler::cmdRemove;
}
natural pos = buffer.lookup(ConstBin("\r\n"),fetched);
while (pos != naturalNull) {
linebuff.resize(pos+2);
buffer.read(linebuff.data(),pos+2);
ConstStrA line = linebuff.head(pos);
if (method.empty()) {
if (pos == 0) return ITCPServerConnHandler::cmdWaitRead;
reqBeginTime = TimeStamp::now();
reportDuration = true;
cropWhite(line);
ConstStrA::SplitIterator splt = line.split(' ');
method = hdrPool.add(ConstStrA(splt.getNext()));
path = hdrPool.add(ConstStrA(splt.getNext()));
while (path.empty()) path = hdrPool.add(ConstStrA(splt.getNext()));
protocol = hdrPool.add(ConstStrA(splt.getNext()));
while (protocol.empty()) protocol = hdrPool.add(ConstStrA(splt.getNext()));
//parse some fields
TextParser<char,StaticAlloc<256> > parser;
//check http version
if (parser("HTTP/%u1.%u2",protocol)) {
httpMajVer = (unsigned short)((natural)parser[1]);
httpMinVer = (unsigned short)((natural)parser[2]);
if (httpMajVer != 1 || (httpMinVer != 0 && httpMinVer != 1))
return errorPageKA(505);
useHTTP11(httpMinVer == 1);
} else {
return errorPageKA(400,StringA(ConstStrA("Unknown protocol: ")+ protocol));
}
} else if (line.empty()) {
return finishReadHeader();
} else {
natural dblcolon = line.find(':');
if (dblcolon == naturalNull) {
errorPage(400,ConstStrA(),"line");
return ITCPServerConnHandler::cmdRemove;
}
ConstStrA field = line.head(dblcolon);
ConstStrA value = line.offset(dblcolon+1);
cropWhite(field);
cropWhite(value);
requestHdrs.insert(hdrPool.add(field),hdrPool.add(value));
}
pos = buffer.lookup(ConstBin("\r\n"));
}
return ITCPServerConnHandler::cmdWaitRead;
} catch (AllocatorLimitException &) {
errorPage(413,ConstStrA(),"Header is too large (4096 bytes)");
return ITCPServerConnHandler::cmdRemove;
}
}
void HttpReqImpl::sendHeaders() {
if (bHeaderSent)
return;
if (bNeedContinue) {
remainPostData = 0;
chunkedPost = false;
}
bNeedContinue = false;
bool hasServer = false;
bool hasContentType = false;
bool hasTransfEnc = false;
bool hasConnection = false;
bool hasLength = false;
bool hasDate = false;
static ConstStrA contentTypeKey = getHeaderFieldName(fldContentType);
static ConstStrA serverKey = getHeaderFieldName(fldServer);
static ConstStrA transfEnc = getHeaderFieldName(fldTransferEncoding);
static ConstStrA connectionStr = getHeaderFieldName(fldConnection);
static ConstStrA contenLenStr = getHeaderFieldName(fldContentLength);
static ConstStrA dateStr = getHeaderFieldName(fldDate);
ConstStrA statusMsgStr = this->statusMsg;
if (statusMsgStr.empty())
statusMsgStr = getStatusMessage(statusCode);
PrintTextA print(*inout);
print.setNL("\r\n");
print("HTTP/%1.%2 %3 %4\n") << httpMajVer << httpMinVer << statusCode
<< statusMsgStr;
if (statusCode == 101) {
hasTransfEnc = hasConnection = hasContentType = true;
useChunked = false;
remainPostData = naturalNull;
switchedProtocol = true;
TimeStamp reqEndTime = TimeStamp::now();
natural reqTime = (reqEndTime - reqBeginTime).getMilis();
logRequest(reqTime);
}
for (HeaderMap::Iterator iter = responseHdrs.getFwIter(); iter.hasItems();) {
const HeaderMap::Entity hdrPair = iter.getNext();
if (!hasContentType && hdrPair.key == contentTypeKey)
hasContentType = true;
if (!hasServer && hdrPair.key == serverKey)
hasServer = true;
if (!hasTransfEnc && hdrPair.key == transfEnc)
hasTransfEnc = !(useChunked && hdrPair.value == ConstStrA("chunked"));
if (!hasConnection && hdrPair.key == connectionStr)
hasConnection = true;
if (!hasDate && hdrPair.key == dateStr)
hasDate = true;
if (!hasLength && hdrPair.key == contenLenStr) {
hasLength = true;
}
print("%1: %2\n") << ConstStrA(hdrPair.key) << ConstStrA(hdrPair.value);
}
if (!hasContentType)
print("%1: %2\n") << contentTypeKey << "text/html;charset=UTF-8";
if (!hasServer)
print("%1: %2\n") << serverKey << serverIdent;
if (hasLength) {
useChunked = false;
}
if (!hasDate) {
TimeStamp::RFC1123Time datenow = TimeStamp::now().asRFC1123Time();
print("%1: %2\n") << dateStr << ConstStrA(datenow);
}
if (!hasTransfEnc && useChunked && !closeConn)
print("%1: %2\n") << transfEnc << "chunked";
else
useChunked = false;
if (!hasConnection && closeConn)
print("%1: %2\n") << connectionStr << "close";
print("\n");
/* LogObject(THISLOCATION).progress("%7 - %3 %4 HTTP/%1.%2 %5 %6")
<< httpMajVer << httpMajVer << ConstStrA(method)
<< ConstStrA(path) << statusCode << statusMsgStr
<< getIfc<IHttpPeerInfo>().getPeerRealAddr();*/
responseHdrs.clear();
//for code 100 or 101, additional header will be next
if (statusCode == 100) {
//set status code 200 to simply processing reply (handler don't need to reset 100 status
statusCode = 200;
//unset message
this->statusMsg = HdrStr();
//now, handler can exit function with status 100 - when data arrives, onData will be called
} else {
//header sent, prevent sending new headers
bHeaderSent = true;
}
}
WordID getWordId(ConstStrA word)
{
Crc32 crc32;
crc32.blockWrite(reinterpret_cast<const byte *>(word.data()), word.length());
return crc32.getCrc32();
}
