142 relpipe::common::type::Integer responseSize = response.body.size(); |
143 relpipe::common::type::Integer responseSize = response.body.size(); |
143 |
144 |
144 relationalWriter->writeAttribute(exchangeId); |
145 relationalWriter->writeAttribute(exchangeId); |
145 relationalWriter->writeAttribute(convertor.from_bytes(request.url)); |
146 relationalWriter->writeAttribute(convertor.from_bytes(request.url)); |
146 relationalWriter->writeAttribute(convertor.from_bytes(request.method)); |
147 relationalWriter->writeAttribute(convertor.from_bytes(request.method)); |
147 relationalWriter->writeAttribute(bodyToText(convertor, request.body)); |
148 relationalWriter->writeAttribute(Hex::toTxt(request.body)); |
148 relationalWriter->writeAttribute(bodyToHex(convertor, request.body)); |
149 relationalWriter->writeAttribute(Hex::toHex(request.body)); |
149 relationalWriter->writeAttribute(&requestSize, typeid (requestSize)); |
150 relationalWriter->writeAttribute(&requestSize, typeid (requestSize)); |
150 relationalWriter->writeAttribute(bodyToText(convertor, response.body)); |
151 relationalWriter->writeAttribute(Hex::toTxt(response.body)); |
151 relationalWriter->writeAttribute(bodyToHex(convertor, response.body)); |
152 relationalWriter->writeAttribute(Hex::toHex(response.body)); |
152 relationalWriter->writeAttribute(&responseSize, typeid (responseSize)); |
153 relationalWriter->writeAttribute(&responseSize, typeid (responseSize)); |
153 relationalWriter->writeAttribute(std::to_wstring(response.code)); |
154 relationalWriter->writeAttribute(std::to_wstring(response.code)); |
154 |
155 |
155 |
156 |
156 relationalWriter->startRelation(L"header",{ |
157 relationalWriter->startRelation(L"header",{ |
178 relationalWriter->writeAttribute(convertor.from_bytes(h.value)); |
179 relationalWriter->writeAttribute(convertor.from_bytes(h.value)); |
179 } |
180 } |
180 |
181 |
181 |
182 |
182 |
183 |
183 } |
|
184 |
|
185 relpipe::common::type::StringX bodyToText(std::wstring_convert < codecvt_utf8<wchar_t>>&convertor, const std::string& body, bool* validEncoding = nullptr) { |
|
186 try { |
|
187 if (validEncoding) *validEncoding = true; |
|
188 // TODO: use encoding from the HTTP response headers instead of the constant one? |
|
189 return convertor.from_bytes(body); |
|
190 } catch (...) { |
|
191 if (validEncoding) *validEncoding = false; |
|
192 std::stringstream filtered; |
|
193 for (char ch : body) filtered << (ch >= ' ' && ch < 127 ? ch : '.'); |
|
194 return convertor.from_bytes(filtered.str()); |
|
195 } |
|
196 } |
|
197 |
|
198 relpipe::common::type::StringX bodyToHex(std::wstring_convert < codecvt_utf8<wchar_t>>&convertor, const std::string& body) { |
|
199 std::stringstream hex; |
|
200 hex << std::hex << std::setfill('0') << std::hex; |
|
201 for (size_t i = 0, size = body.size(); i < size; i++) hex << std::setw(2) << (0xff & body[i]); |
|
202 return convertor.from_bytes(hex.str()); |
|
203 } |
184 } |
204 |
185 |
205 std::string generateExchangeId() { |
186 std::string generateExchangeId() { |
206 char buffer[37]; |
187 char buffer[37]; |
207 uuid_t uuid; |
188 uuid_t uuid; |
282 auto attributeName = currentReaderMetadata[currentAttributeIndex].getAttributeName(); |
263 auto attributeName = currentReaderMetadata[currentAttributeIndex].getAttributeName(); |
283 |
264 |
284 if (attributeName == L"url") responseTemplate.url = std::regex(value.size() ? convertor.to_bytes(value) : ".*"); |
265 if (attributeName == L"url") responseTemplate.url = std::regex(value.size() ? convertor.to_bytes(value) : ".*"); |
285 else if (attributeName == L"method") responseTemplate.method = std::regex(value.size() ? convertor.to_bytes(value) : ".*"); |
266 else if (attributeName == L"method") responseTemplate.method = std::regex(value.size() ? convertor.to_bytes(value) : ".*"); |
286 else if (attributeName == L"code") responseTemplate.code = std::stoi(value); |
267 else if (attributeName == L"code") responseTemplate.code = std::stoi(value); |
287 else if (attributeName == L"text") responseTemplate.body = convertor.to_bytes(value); |
268 else if (attributeName == L"text" && value.size()) responseTemplate.body = convertor.to_bytes(value); |
288 else if (attributeName == L"data") responseTemplate.body = "TODO: read binary data: " + convertor.to_bytes(value); // TODO: read hex/binary request body |
269 else if (attributeName == L"data" && value.size()) responseTemplate.body = Hex::fromHex(value).str(); |
|
270 else if (attributeName == L"text"); // keep empty or value from 'data' |
|
271 else if (attributeName == L"data"); // keep empty or value from 'text' |
289 else if (isHeaderAttribute(attributeName)) responseTemplate.headers.push_back(HeaderTemplate(convertor.to_bytes(fetchHeaderName(attributeName)), convertor.to_bytes(value))); // TODO: header encoding? |
272 else if (isHeaderAttribute(attributeName)) responseTemplate.headers.push_back(HeaderTemplate(convertor.to_bytes(fetchHeaderName(attributeName)), convertor.to_bytes(value))); // TODO: header encoding? |
290 else throw std::invalid_argument("Unsupported attribute in the request_template relation: " + convertor.to_bytes(attributeName + L" = " + value)); |
273 else throw std::invalid_argument("Unsupported attribute in the response_template relation: " + convertor.to_bytes(attributeName + L" = " + value)); |
291 |
274 |
292 currentAttributeIndex++; |
275 currentAttributeIndex++; |
293 |
276 |
294 if (currentAttributeIndex % currentReaderMetadata.size() == 0) { |
277 if (currentAttributeIndex % currentReaderMetadata.size() == 0) { |
295 std::lock_guard<std::mutex> lock(templatesMutex); |
278 std::lock_guard<std::mutex> lock(templatesMutex); |