/*
* Send the response to a new universe request
*/
void OladHTTPServer::SendCreateUniverseResponse(
HTTPResponse *response,
unsigned int universe_id,
bool included_name,
class ActionQueue *action_queue) {
unsigned int action_count = action_queue->ActionCount();
if (included_name)
action_count--;
bool failed = true;
// it only takes one port patch to pass
for (unsigned int i = 0; i < action_count; i++) {
failed &= action_queue->GetAction(i)->Failed();
}
JsonObject json;
json.Add("ok", !failed);
json.Add("universe", universe_id);
json.Add("message", (failed ? "Failed to patch any ports" : ""));
response->SetNoCache();
response->SetContentType(HTTPServer::CONTENT_TYPE_PLAIN);
response->SendJson(json);
delete action_queue;
delete response;
}
JsonObject*
SamiAccessToken::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pAccess_tokenKey = new JsonString(L"access_token");
pJsonObject->Add(pAccess_tokenKey, toJson(getPAccessToken(), "String", ""));
JsonString *pRefresh_tokenKey = new JsonString(L"refresh_token");
pJsonObject->Add(pRefresh_tokenKey, toJson(getPRefreshToken(), "String", ""));
JsonString *pExpire_inKey = new JsonString(L"expire_in");
pJsonObject->Add(pExpire_inKey, toJson(getPExpireIn(), "Integer", ""));
JsonString *pExpires_inKey = new JsonString(L"expires_in");
pJsonObject->Add(pExpires_inKey, toJson(getPExpiresIn(), "Integer", ""));
JsonString *pScopeKey = new JsonString(L"scope");
pJsonObject->Add(pScopeKey, toJson(getPScope(), "String", "array"));
return pJsonObject;
}
/*
* Handle the plugin list callback
* @param response the HTTPResponse that is associated with the request.
* @param plugins a list of plugins
* @param error an error string.
*/
void OladHTTPServer::HandlePluginList(HTTPResponse *response,
const client::Result &result,
const vector<OlaPlugin> &plugins) {
if (!result.Success()) {
m_server.ServeError(response, result.Error());
return;
}
JsonObject *json = new JsonObject();
// fire off the universe request now. the main server is running in a
// separate thread.
m_client.FetchUniverseList(
NewSingleCallback(this,
&OladHTTPServer::HandleUniverseList,
response,
json));
JsonArray *plugins_json = json->AddArray("plugins");
vector<OlaPlugin>::const_iterator iter;
for (iter = plugins.begin(); iter != plugins.end(); ++iter) {
JsonObject *plugin = plugins_json->AppendObject();
plugin->Add("name", iter->Name());
plugin->Add("id", iter->Id());
}
}
/*
* Handle the plugin list callback
* @param response the HTTPResponse that is associated with the request.
* @param plugins a list of plugins
* @param error an error string.
*/
void OladHTTPServer::HandlePluginList(HTTPResponse *response,
const vector<OlaPlugin> &plugins,
const string &error) {
if (!error.empty()) {
m_server.ServeError(response, error);
return;
}
JsonObject *json = new JsonObject();
// fire off the universe request now. the main server is running in a
// separate thread.
bool ok = m_client.FetchUniverseList(
NewSingleCallback(this,
&OladHTTPServer::HandleUniverseList,
response,
json));
if (!ok) {
m_server.ServeError(response, K_BACKEND_DISCONNECTED_ERROR);
delete json;
return;
}
JsonArray *plugins_json = json->AddArray("plugins");
vector<OlaPlugin>::const_iterator iter;
for (iter = plugins.begin(); iter != plugins.end(); ++iter) {
JsonObject *plugin = plugins_json->AppendObject();
plugin->Add("name", iter->Name());
plugin->Add("id", iter->Id());
}
}
/*
* Handle the universe info
* @param response the HTTPResponse that is associated with the request.
* @param universe the OlaUniverse object
* @param error an error string.
*/
void OladHTTPServer::HandleUniverseInfo(HTTPResponse *response,
const client::Result &result,
const OlaUniverse &universe) {
if (!result.Success()) {
m_server.ServeError(response, result.Error());
return;
}
JsonObject *json = new JsonObject();
// fire off the device/port request now. the main server is running in a
// separate thread.
m_client.FetchDeviceInfo(
ola::OLA_PLUGIN_ALL,
NewSingleCallback(this,
&OladHTTPServer::HandlePortsForUniverse,
response,
json,
universe.Id()));
json->Add("id", universe.Id());
json->Add("name", universe.Name());
json->Add("merge_mode",
(universe.MergeMode() == OlaUniverse::MERGE_HTP ? "HTP" : "LTP"));
}
/**
* @brief Print the server stats JSON
* @param request the HTTPRequest
* @param response the HTTPResponse
* @returns MHD_NO or MHD_YES
*/
int OladHTTPServer::JsonServerStats(const HTTPRequest*,
HTTPResponse *response) {
char start_time_str[50];
#ifdef _WIN32
strftime(start_time_str, sizeof(start_time_str), "%c",
localtime(&m_start_time_t));
#else
struct tm start_time;
localtime_r(&m_start_time_t, &start_time);
strftime(start_time_str, sizeof(start_time_str), "%c", &start_time);
#endif
JsonObject json;
json.Add("hostname", ola::network::FQDN());
json.Add("instance_name", m_ola_server->InstanceName());
json.Add("config_dir",
m_ola_server->GetPreferencesFactory()->ConfigLocation());
json.Add("ip", m_interface.ip_address.ToString());
json.Add("broadcast", m_interface.bcast_address.ToString());
json.Add("subnet", m_interface.subnet_mask.ToString());
json.Add("hw_address", m_interface.hw_address.ToString());
json.Add("version", ola::base::Version::GetVersion());
json.Add("up_since", start_time_str);
json.Add("quit_enabled", m_enable_quit);
response->SetNoCache();
response->SetContentType(HTTPServer::CONTENT_TYPE_PLAIN);
int r = response->SendJson(json);
delete response;
return r;
}
/*
* Handle the universe info
* @param response the HTTPResponse that is associated with the request.
* @param universe the OlaUniverse object
* @param error an error string.
*/
void OladHTTPServer::HandleUniverseInfo(HTTPResponse *response,
OlaUniverse &universe,
const string &error) {
if (!error.empty()) {
m_server.ServeError(response, error);
return;
}
JsonObject *json = new JsonObject();
// fire off the device/port request now. the main server is running in a
// separate thread.
bool ok = m_client.FetchDeviceInfo(
ola::OLA_PLUGIN_ALL,
NewSingleCallback(this,
&OladHTTPServer::HandlePortsForUniverse,
response,
json,
universe.Id()));
if (!ok) {
m_server.ServeError(response, K_BACKEND_DISCONNECTED_ERROR);
delete json;
return;
}
json->Add("id", universe.Id());
json->Add("name", universe.Name());
json->Add("merge_mode",
(universe.MergeMode() == OlaUniverse::MERGE_HTP ? "HTP" : "LTP"));
}
void SelectItem::SetValue(JsonObject *item) const {
JsonArray *options = item->AddArray("value");
vector<pair<string, string> >::const_iterator iter = m_values.begin();
for (; iter != m_values.end(); ++iter) {
JsonObject *option = options->AppendObject();
option->Add("label", iter->first);
option->Add("value", iter->second);
}
}
JsonObject*
SamiAlgorithm::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pProblem_typeKey = new JsonString(L"problem_type");
pJsonObject->Add(pProblem_typeKey, toJson(getPProblemType(), "String", ""));
JsonString *pObjectiveKey = new JsonString(L"objective");
pJsonObject->Add(pObjectiveKey, toJson(getPObjective(), "String", ""));
return pJsonObject;
}
JsonObject*
SamiShipment::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pIdKey = new JsonString(L"id");
pJsonObject->Add(pIdKey, toJson(getPId(), "String", ""));
JsonString *pNameKey = new JsonString(L"name");
pJsonObject->Add(pNameKey, toJson(getPName(), "String", ""));
JsonString *pPriorityKey = new JsonString(L"priority");
pJsonObject->Add(pPriorityKey, toJson(getPPriority(), "Integer", ""));
JsonString *pPickupKey = new JsonString(L"pickup");
pJsonObject->Add(pPickupKey, toJson(getPPickup(), "SamiStop", ""));
JsonString *pDeliveryKey = new JsonString(L"delivery");
pJsonObject->Add(pDeliveryKey, toJson(getPDelivery(), "SamiStop", ""));
JsonString *pSizeKey = new JsonString(L"size");
pJsonObject->Add(pSizeKey, toJson(getPSize(), "Integer", "array"));
JsonString *pRequired_skillsKey = new JsonString(L"required_skills");
pJsonObject->Add(pRequired_skillsKey, toJson(getPRequiredSkills(), "String", "array"));
JsonString *pAllowed_vehiclesKey = new JsonString(L"allowed_vehicles");
pJsonObject->Add(pAllowed_vehiclesKey, toJson(getPAllowedVehicles(), "String", "array"));
return pJsonObject;
}
/**
* @brief Handle the plugin description response.
* @param response the HTTPResponse that is associated with the request.
* @param description the plugin description
* @param result the result of the API call.
* @param state the state of the plugin.
*/
void OladHTTPServer::HandlePluginInfo(HTTPResponse *response,
string description,
const client::Result &result,
const ola::client::PluginState &state) {
if (!result.Success()) {
m_server.ServeError(response, result.Error());
return;
}
string escaped_description = description;
// Replace \n before passing in so we get \\n out the far end
ReplaceAll(&escaped_description, "\n", "\\n");
JsonObject json;
json.Add("description", escaped_description);
json.Add("name", state.name);
json.Add("enabled", state.enabled);
json.Add("active", state.active);
json.Add("preferences_source", state.preferences_source);
JsonArray *plugins = json.AddArray("conflicts_with");
vector<OlaPlugin>::const_iterator iter = state.conflicting_plugins.begin();
for (; iter != state.conflicting_plugins.end(); ++iter) {
JsonObject *plugin = plugins->AppendObject();
plugin->Add("active", iter->IsActive());
plugin->Add("id", iter->Id());
plugin->Add("name", iter->Name());
}
response->SetNoCache();
response->SetContentType(HTTPServer::CONTENT_TYPE_PLAIN);
response->SendJson(json);
delete response;
}
/*
* Handle the plugin description response.
* @param response the HTTPResponse that is associated with the request.
* @param description the plugin description.
* @param error an error string.
*/
void OladHTTPServer::HandlePluginInfo(
HTTPResponse *response,
string description,
const OlaCallbackClient::PluginState &state,
const string &error) {
if (!error.empty()) {
m_server.ServeError(response, error);
return;
}
string escaped_description = description;
Escape(&escaped_description);
JsonObject json;
json.Add("description", description);
json.Add("name", state.name);
json.Add("enabled", state.enabled);
json.Add("active", state.active);
json.Add("preferences_source", state.preferences_source);
JsonArray *plugins = json.AddArray("conflicts_with");
vector<OlaPlugin>::const_iterator iter = state.conflicting_plugins.begin();
for (; iter != state.conflicting_plugins.end(); ++iter) {
JsonObject *plugin = plugins->AppendObject();
plugin->Add("active", iter->IsActive());
plugin->Add("id", iter->Id());
plugin->Add("name", iter->Name());
}
response->SetNoCache();
response->SetContentType(HTTPServer::CONTENT_TYPE_PLAIN);
response->SendJson(json);
delete response;
}
/*
* Test a simple object.
*/
void JsonTest::testSimpleObject() {
JsonObject object;
object.Add("age", 10);
object.Add("name", "simon");
object.Add("male", true);
string expected = (
"{\n"
" \"age\": 10,\n"
" \"male\": true,\n"
" \"name\": \"simon\"\n"
"}");
OLA_ASSERT_EQ(expected, JsonWriter::AsString(object));
}
/*
* Return the section as a string.
*/
string JsonSection::AsString() const {
JsonObject json;
json.Add("refresh", m_allow_refresh);
json.Add("error", m_error);
if (!m_save_button_text.empty())
json.Add("save_button", m_save_button_text);
JsonArray *items = json.AddArray("items");
vector<const GenericItem*>::const_iterator iter = m_items.begin();
for (; iter != m_items.end(); ++iter) {
JsonObject *item = items->AppendObject();
(*iter)->PopulateItem(item);
}
return JsonWriter::AsString(json);
}
JsonObject*
SamiMeasurementValue::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pStart_timeKey = new JsonString(L"start_time");
pJsonObject->Add(pStart_timeKey, toJson(getPStartTime(), "Long", ""));
JsonString *pValueKey = new JsonString(L"value");
pJsonObject->Add(pValueKey, toJson(getPValue(), "Float", ""));
return pJsonObject;
}
JsonObject*
SamiApiResponse::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pCodeKey = new JsonString(L"code");
pJsonObject->Add(pCodeKey, toJson(getPCode(), "Integer", ""));
JsonString *pTypeKey = new JsonString(L"type");
pJsonObject->Add(pTypeKey, toJson(getPType(), "String", ""));
JsonString *pMessageKey = new JsonString(L"message");
pJsonObject->Add(pMessageKey, toJson(getPMessage(), "String", ""));
return pJsonObject;
}
JsonObject*
SamiCategory::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pIdKey = new JsonString(L"id");
pJsonObject->Add(pIdKey, toJson(getPId(), "Long", ""));
JsonString *pNameKey = new JsonString(L"name");
pJsonObject->Add(pNameKey, toJson(getPName(), "String", ""));
return pJsonObject;
}
JsonObject*
SamiQuery::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pIncludeListKey = new JsonString(L"$includeList");
pJsonObject->Add(pIncludeListKey, toJson(getPIncludeList(), "String", "array"));
JsonString *pIncludeKey = new JsonString(L"$include");
pJsonObject->Add(pIncludeKey, toJson(getPInclude(), "String", "array"));
return pJsonObject;
}
JsonObject*
SamiQueueBody::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pDocumentKey = new JsonString(L"document");
pJsonObject->Add(pDocumentKey, toJson(getPDocument(), "SamiQueue", ""));
JsonString *pKeyKey = new JsonString(L"key");
pJsonObject->Add(pKeyKey, toJson(getPKey(), "String", ""));
return pJsonObject;
}
JsonObject*
SamiInline_response_200_28::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pDataKey = new JsonString(L"data");
pJsonObject->Add(pDataKey, toJson(getPData(), "SamiVariable", ""));
JsonString *pSuccessKey = new JsonString(L"success");
pJsonObject->Add(pSuccessKey, toJson(getPSuccess(), "Boolean", ""));
return pJsonObject;
}
JsonObject*
SamiStatus::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pCodeKey = new JsonString(L"code");
pJsonObject->Add(pCodeKey, toJson(getPCode(), "String", ""));
JsonString *pInfoKey = new JsonString(L"info");
pJsonObject->Add(pInfoKey, toJson(getPInfo(), "String", ""));
return pJsonObject;
}
JsonObject*
SamiNATimeTableItem::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pIdKey = new JsonString(L"id");
pJsonObject->Add(pIdKey, toJson(getPId(), "Integer", ""));
JsonString *pM_offsetKey = new JsonString(L"m_offset");
pJsonObject->Add(pM_offsetKey, toJson(getPMOffset(), "Integer", ""));
return pJsonObject;
}
/*
* Test a complex object.
*/
void JsonTest::testComplexObject() {
JsonObject object;
object.Add("age", 10);
object.Add("name", "simon");
object.Add("male", true);
JsonArray *array = object.AddArray("lucky numbers");
array->Append(2);
array->Append(5);
string expected = (
"{\n"
" \"age\": 10,\n"
" \"lucky numbers\": [2, 5],\n"
" \"male\": true,\n"
" \"name\": \"simon\"\n"
"}");
OLA_ASSERT_EQ(expected, JsonWriter::AsString(object));
}
void CreateProc::_ResizeFiles()
{
AppSetting *setting = AppSetting::Instance();
JsonObject *projData = new JsonObject();
projData->Add("pid",_pid);
JsonArray *pages = new JsonArray();
projData->AddObject("pages", pages);
for (auto fileItor = _filesMapping->begin(); fileItor != _filesMapping->end(); ++fileItor)
{
JsonObject *singleFile = new JsonObject();
string srcFilename = FileSys::GetFilename(fileItor->first);
string saveFilename = FileSys::GetFilename(fileItor->second);
string fileExtension = FileSys::GetFileExtension(fileItor->first);
singleFile->Add("filename", srcFilename);
singleFile->Add("imagedir", fileItor->first);
for (auto sizeItor = setting->pic_size->begin(); sizeItor != setting->pic_size->end(); ++sizeItor)
{
string optDir = FileSys::FormatDir(setting->file_save_dir + _zipRandName + "/" + sizeItor->first);
FileSys::CreateDirectory(optDir);
// Resize Picture, but need to rename
saveFilename = Assist::GenerateRandomFilename(saveFilename) + fileExtension;
OpencvEx::ResizePictureFile(fileItor->second, optDir + saveFilename, sizeItor->second->x, sizeItor->second->y);
singleFile->Add("image" + sizeItor->first, optDir + saveFilename);
}
pages->AddObject(singleFile);
safe_del(singleFile);
}
// push to server
_PushJsonToServer(projData->ToString());
safe_del(pages);
safe_del(projData);
}
JsonObject*
SamiNAThermMeasure::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pTimeKey = new JsonString(L"time");
pJsonObject->Add(pTimeKey, toJson(getPTime(), "Integer", ""));
JsonString *pTemperatureKey = new JsonString(L"temperature");
pJsonObject->Add(pTemperatureKey, toJson(getPTemperature(), "Float", ""));
JsonString *pSetpoint_tempKey = new JsonString(L"setpoint_temp");
pJsonObject->Add(pSetpoint_tempKey, toJson(getPSetpointTemp(), "Float", ""));
return pJsonObject;
}
JsonObject*
SamiNAMeasureBodyElem::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pBeg_timeKey = new JsonString(L"beg_time");
pJsonObject->Add(pBeg_timeKey, toJson(getPBegTime(), "Integer", ""));
JsonString *pStep_timeKey = new JsonString(L"step_time");
pJsonObject->Add(pStep_timeKey, toJson(getPStepTime(), "Integer", ""));
JsonString *pValueKey = new JsonString(L"value");
pJsonObject->Add(pValueKey, toJson(getPValue(), "IList", "array"));
return pJsonObject;
}
JsonObject*
SamiPasswordChangeBody::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pOldPasswordKey = new JsonString(L"oldPassword");
pJsonObject->Add(pOldPasswordKey, toJson(getPOldPassword(), "String", ""));
JsonString *pNewPasswordKey = new JsonString(L"newPassword");
pJsonObject->Add(pNewPasswordKey, toJson(getPNewPassword(), "String", ""));
JsonString *pKeyKey = new JsonString(L"key");
pJsonObject->Add(pKeyKey, toJson(getPKey(), "String", ""));
return pJsonObject;
}
JsonObject*
SamiBoolQuery::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pBoolKey = new JsonString(L"bool");
pJsonObject->Add(pBoolKey, toJson(getPBool(), "SamiSearchQuery", ""));
return pJsonObject;
}
JsonObject*
SamiSources::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pSourcesKey = new JsonString(L"sources");
pJsonObject->Add(pSourcesKey, toJson(getPSources(), "SamiSource", "array"));
return pJsonObject;
}
JsonObject*
SamiShowcaseDatatypeDate::asJsonObject() {
JsonObject *pJsonObject = new JsonObject();
pJsonObject->Construct();
JsonString *pDateKey = new JsonString(L"date");
pJsonObject->Add(pDateKey, toJson(getPDate(), "DateTime", ""));
return pJsonObject;
}
