void
BHttpRequest::_SendPostData()
{
if (fRequestMethod == B_HTTP_POST && fOptPostFields != NULL) {
if (fOptPostFields->GetFormType() != B_HTTP_FORM_MULTIPART) {
BString outputBuffer = fOptPostFields->RawData();
_EmitDebug(B_URL_PROTOCOL_DEBUG_TRANSFER_OUT,
"%s", outputBuffer.String());
fSocket->Write(outputBuffer.String(), outputBuffer.Length());
} else {
for (BHttpForm::Iterator it = fOptPostFields->GetIterator();
const BHttpFormData* currentField = it.Next();
) {
_EmitDebug(B_URL_PROTOCOL_DEBUG_TRANSFER_OUT,
it.MultipartHeader().String());
fSocket->Write(it.MultipartHeader().String(),
it.MultipartHeader().Length());
switch (currentField->Type()) {
default:
case B_HTTPFORM_UNKNOWN:
ASSERT(0);
break;
case B_HTTPFORM_STRING:
fSocket->Write(currentField->String().String(),
currentField->String().Length());
break;
case B_HTTPFORM_FILE:
{
BFile upFile(currentField->File().Path(),
B_READ_ONLY);
char readBuffer[kHttpBufferSize];
ssize_t readSize;
readSize = upFile.Read(readBuffer,
sizeof(readBuffer));
while (readSize > 0) {
fSocket->Write(readBuffer, readSize);
readSize = upFile.Read(readBuffer,
sizeof(readBuffer));
}
break;
}
case B_HTTPFORM_BUFFER:
fSocket->Write(currentField->Buffer(),
currentField->BufferSize());
break;
}
fSocket->Write("\r\n", 2);
}
BString footer = fOptPostFields->GetMultipartFooter();
fSocket->Write(footer.String(), footer.Length());
}
} else if ((fRequestMethod == B_HTTP_POST || fRequestMethod == B_HTTP_PUT)
&& fOptInputData != NULL) {
// If the input data is seekable, we rewind it for each new request.
BPositionIO* seekableData
= dynamic_cast<BPositionIO*>(fOptInputData);
if (seekableData)
seekableData->Seek(0, SEEK_SET);
for (;;) {
char outputTempBuffer[kHttpBufferSize];
ssize_t read = fOptInputData->Read(outputTempBuffer,
sizeof(outputTempBuffer));
if (read <= 0)
break;
if (fOptInputDataSize < 0) {
// Chunked transfer
char hexSize[16];
size_t hexLength = sprintf(hexSize, "%ld", read);
fSocket->Write(hexSize, hexLength);
fSocket->Write("\r\n", 2);
fSocket->Write(outputTempBuffer, read);
fSocket->Write("\r\n", 2);
} else {
fSocket->Write(outputTempBuffer, read);
}
}
if (fOptInputDataSize < 0) {
// Chunked transfer terminating sequence
fSocket->Write("0\r\n\r\n", 5);
}
}
}
status_t
BHttpRequest::_MakeRequest()
{
if (fSocket == NULL)
return B_NO_MEMORY;
_EmitDebug(B_URL_PROTOCOL_DEBUG_TEXT, "Connection to %s on port %d.",
fUrl.Authority().String(), fRemoteAddr.Port());
status_t connectError = fSocket->Connect(fRemoteAddr);
if (connectError != B_OK) {
_EmitDebug(B_URL_PROTOCOL_DEBUG_ERROR, "Socket connection error %s",
strerror(connectError));
return connectError;
}
//! ProtocolHook:ConnectionOpened
if (fListener != NULL)
fListener->ConnectionOpened(this);
_EmitDebug(B_URL_PROTOCOL_DEBUG_TEXT,
"Connection opened, sending request.");
_SendRequest();
_SendHeaders();
fSocket->Write("\r\n", 2);
_EmitDebug(B_URL_PROTOCOL_DEBUG_TEXT, "Request sent.");
if (fRequestMethod == B_HTTP_POST && fOptPostFields != NULL) {
if (fOptPostFields->GetFormType() != B_HTTP_FORM_MULTIPART) {
BString outputBuffer = fOptPostFields->RawData();
_EmitDebug(B_URL_PROTOCOL_DEBUG_TRANSFER_OUT,
"%s", outputBuffer.String());
fSocket->Write(outputBuffer.String(), outputBuffer.Length());
} else {
for (BHttpForm::Iterator it = fOptPostFields->GetIterator();
const BHttpFormData* currentField = it.Next();
) {
_EmitDebug(B_URL_PROTOCOL_DEBUG_TRANSFER_OUT,
it.MultipartHeader().String());
fSocket->Write(it.MultipartHeader().String(),
it.MultipartHeader().Length());
switch (currentField->Type()) {
default:
case B_HTTPFORM_UNKNOWN:
ASSERT(0);
break;
case B_HTTPFORM_STRING:
fSocket->Write(currentField->String().String(),
currentField->String().Length());
break;
case B_HTTPFORM_FILE:
{
BFile upFile(currentField->File().Path(),
B_READ_ONLY);
char readBuffer[kHttpBufferSize];
ssize_t readSize;
readSize = upFile.Read(readBuffer,
sizeof(readBuffer));
while (readSize > 0) {
fSocket->Write(readBuffer, readSize);
readSize = upFile.Read(readBuffer,
sizeof(readBuffer));
}
break;
}
case B_HTTPFORM_BUFFER:
fSocket->Write(currentField->Buffer(),
currentField->BufferSize());
break;
}
fSocket->Write("\r\n", 2);
}
BString footer = fOptPostFields->GetMultipartFooter();
fSocket->Write(footer.String(), footer.Length());
}
} else if ((fRequestMethod == B_HTTP_POST || fRequestMethod == B_HTTP_PUT)
&& fOptInputData != NULL) {
for (;;) {
char outputTempBuffer[kHttpBufferSize];
ssize_t read = fOptInputData->Read(outputTempBuffer,
sizeof(outputTempBuffer));
if (read <= 0)
break;
if (fOptInputDataSize < 0) {
// Chunked transfer
char hexSize[16];
size_t hexLength = sprintf(hexSize, "%ld", read);
fSocket->Write(hexSize, hexLength);
fSocket->Write("\r\n", 2);
fSocket->Write(outputTempBuffer, read);
fSocket->Write("\r\n", 2);
} else {
fSocket->Write(outputTempBuffer, read);
}
}
if (fOptInputDataSize < 0) {
// Chunked transfer terminating sequence
fSocket->Write("0\r\n\r\n", 5);
}
}
fRequestStatus = kRequestInitialState;
// Receive loop
bool receiveEnd = false;
bool parseEnd = false;
bool readByChunks = false;
bool decompress = false;
status_t readError = B_OK;
ssize_t bytesRead = 0;
ssize_t bytesReceived = 0;
ssize_t bytesTotal = 0;
char* inputTempBuffer = new(std::nothrow) char[kHttpBufferSize];
ssize_t inputTempSize = kHttpBufferSize;
ssize_t chunkSize = -1;
DynamicBuffer decompressorStorage;
BPrivate::ZlibDecompressor decompressor(&decompressorStorage);
while (!fQuit && !(receiveEnd && parseEnd)) {
if (!receiveEnd) {
fSocket->WaitForReadable();
BNetBuffer chunk(kHttpBufferSize);
bytesRead = fSocket->Read(chunk.Data(), kHttpBufferSize);
if (bytesRead < 0) {
readError = bytesRead;
break;
} else if (bytesRead == 0)
receiveEnd = true;
fInputBuffer.AppendData(chunk.Data(), bytesRead);
} else
bytesRead = 0;
if (fRequestStatus < kRequestStatusReceived) {
_ParseStatus();
//! ProtocolHook:ResponseStarted
if (fRequestStatus >= kRequestStatusReceived && fListener != NULL)
fListener->ResponseStarted(this);
}
if (fRequestStatus < kRequestHeadersReceived) {
_ParseHeaders();
if (fRequestStatus >= kRequestHeadersReceived) {
_ResultHeaders() = fHeaders;
//! ProtocolHook:HeadersReceived
if (fListener != NULL)
fListener->HeadersReceived(this);
// Parse received cookies
if (fContext != NULL) {
for (int32 i = 0; i < fHeaders.CountHeaders(); i++) {
if (fHeaders.HeaderAt(i).NameIs("Set-Cookie")) {
fContext->GetCookieJar().AddCookie(
fHeaders.HeaderAt(i).Value(), fUrl);
}
}
}
if (BString(fHeaders["Transfer-Encoding"]) == "chunked")
readByChunks = true;
BString contentEncoding(fHeaders["Content-Encoding"]);
if (contentEncoding == "gzip"
|| contentEncoding == "deflate") {
decompress = true;
decompressor.Init();
}
int32 index = fHeaders.HasHeader("Content-Length");
if (index != B_ERROR)
bytesTotal = atoi(fHeaders.HeaderAt(index).Value());
else
bytesTotal = 0;
}
}
if (fRequestStatus >= kRequestHeadersReceived) {
// If Transfer-Encoding is chunked, we should read a complete
// chunk in buffer before handling it
if (readByChunks) {
if (chunkSize >= 0) {
if ((ssize_t)fInputBuffer.Size() >= chunkSize + 2) {
// 2 more bytes to handle the closing CR+LF
bytesRead = chunkSize;
if (inputTempSize < chunkSize + 2) {
delete[] inputTempBuffer;
inputTempSize = chunkSize + 2;
inputTempBuffer
= new(std::nothrow) char[inputTempSize];
}
if (inputTempBuffer == NULL) {
readError = B_NO_MEMORY;
break;
}
fInputBuffer.RemoveData(inputTempBuffer,
chunkSize + 2);
chunkSize = -1;
} else {
// Not enough data, try again later
bytesRead = -1;
}
} else {
BString chunkHeader;
if (_GetLine(chunkHeader) == B_ERROR) {
chunkSize = -1;
bytesRead = -1;
} else {
// Format of a chunk header:
// <chunk size in hex>[; optional data]
int32 semiColonIndex = chunkHeader.FindFirst(';', 0);
// Cut-off optional data if present
if (semiColonIndex != -1) {
chunkHeader.Remove(semiColonIndex,
chunkHeader.Length() - semiColonIndex);
}
chunkSize = strtol(chunkHeader.String(), NULL, 16);
PRINT(("BHP[%p] Chunk %s=%ld\n", this,
chunkHeader.String(), chunkSize));
if (chunkSize == 0)
fRequestStatus = kRequestContentReceived;
bytesRead = -1;
}
}
// A chunk of 0 bytes indicates the end of the chunked transfer
if (bytesRead == 0)
receiveEnd = true;
} else {
bytesRead = fInputBuffer.Size();
if (bytesRead > 0) {
if (inputTempSize < bytesRead) {
inputTempSize = bytesRead;
delete[] inputTempBuffer;
inputTempBuffer = new(std::nothrow) char[bytesRead];
}
if (inputTempBuffer == NULL) {
readError = B_NO_MEMORY;
break;
}
fInputBuffer.RemoveData(inputTempBuffer, bytesRead);
}
}
if (bytesRead > 0) {
bytesReceived += bytesRead;
if (fListener != NULL) {
if (decompress) {
decompressor.DecompressNext(inputTempBuffer,
bytesRead);
ssize_t size = decompressorStorage.Size();
BStackOrHeapArray<char, 4096> buffer(size);
size = decompressorStorage.Read(buffer, size);
if (size > 0) {
fListener->DataReceived(this, buffer, size);
}
} else {
fListener->DataReceived(this, inputTempBuffer,
bytesRead);
}
fListener->DownloadProgress(this, bytesReceived,
bytesTotal);
}
if (bytesTotal > 0 && bytesReceived >= bytesTotal) {
receiveEnd = true;
if (decompress) {
decompressor.Finish();
ssize_t size = decompressorStorage.Size();
BStackOrHeapArray<char, 4096> buffer(size);
size = decompressorStorage.Read(buffer, size);
if (fListener != NULL && size > 0) {
fListener->DataReceived(this, buffer, size);
}
}
}
}
}
parseEnd = (fInputBuffer.Size() == 0);
}
fSocket->Disconnect();
delete[] inputTempBuffer;
if (readError != B_OK)
return readError;
return fQuit ? B_INTERRUPTED : B_OK;
}