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#include "NodeDebugger.h"
#include "NodeFileManager.h"
#include "NodeJSDevToolsProtocol.h"
#include "NodeJSEvents.h"
#include "RemoteObject.h"
#include "SocketAPI/clSocketBase.h"
#include "clDebugRemoteObjectEvent.h"
#include "cl_command_event.h"
#include "event_notifier.h"
#include "file_logger.h"
#include "JSON.h"
class RemoteObject;
NodeJSDevToolsProtocol::NodeJSDevToolsProtocol() {}
NodeJSDevToolsProtocol::~NodeJSDevToolsProtocol() {}
NodeJSDevToolsProtocol& NodeJSDevToolsProtocol::Get()
{
static NodeJSDevToolsProtocol protocol;
return protocol;
}
void NodeJSDevToolsProtocol::SendSimpleCommand(clWebSocketClient& socket, const wxString& command,
const JSONItem& params)
{
try {
JSON root(cJSON_Object);
JSONItem e = root.toElement();
e.addProperty("id", ++message_id);
e.addProperty("method", command);
if(params.isOk()) { e.append(params); }
wxString command = e.format(false);
clDEBUG() << "-->" << command;
socket.Send(command);
} catch(clSocketException& e) {
clWARNING() << e.what();
}
}
void NodeJSDevToolsProtocol::ProcessMessage(const wxString& msg, clWebSocketClient& socket)
{
JSON root(msg);
if(!root.isOk()) { return; }
JSONItem rootElement = root.toElement();
wxString method = rootElement.namedObject("method").toString();
long replyId = rootElement.namedObject("id").toInt(wxNOT_FOUND);
if(!method.IsEmpty()) {
// Debugger event arrived
NodeMessageBase::Ptr_t handler = m_handlers.GetHandler(method);
if(handler) {
clDEBUG() << "Invoking handler:" << handler->GetEventName();
handler->Process(socket, rootElement.namedObject("params"));
}
} else if(replyId != wxNOT_FOUND) {
if(rootElement.hasNamedObject("result")) {
// Invoke the action for this reply
if(m_waitingReplyCommands.count(replyId)) {
CommandHandler& handler = m_waitingReplyCommands[replyId];
if(handler.action) { handler.action(rootElement.namedObject("result")); }
// Delete the handler
m_waitingReplyCommands.erase(replyId);
}
}
}
}
void NodeJSDevToolsProtocol::SendStartCommands(clWebSocketClient& socket)
{
SendSimpleCommand(socket, "Runtime.enable");
SendSimpleCommand(socket, "Debugger.enable");
{
JSONItem params = JSONItem::createObject("params");
params.addProperty("state", "uncaught");
SendSimpleCommand(socket, "Debugger.setPauseOnExceptions", params);
}
SendSimpleCommand(socket, "Runtime.runIfWaitingForDebugger");
}
void NodeJSDevToolsProtocol::Next(clWebSocketClient& socket) { SendSimpleCommand(socket, "Debugger.stepOver"); }
void NodeJSDevToolsProtocol::StepIn(clWebSocketClient& socket) { SendSimpleCommand(socket, "Debugger.stepInto"); }
void NodeJSDevToolsProtocol::StepOut(clWebSocketClient& socket) { SendSimpleCommand(socket, "Debugger.stepOut"); }
void NodeJSDevToolsProtocol::Continue(clWebSocketClient& socket) { SendSimpleCommand(socket, "Debugger.resume"); }
void NodeJSDevToolsProtocol::Clear() { m_waitingReplyCommands.clear(); }
void NodeJSDevToolsProtocol::SetBreakpoint(clWebSocketClient& socket, const NodeJSBreakpoint& bp)
{
try {
JSONItem params = bp.ToJSON("params");
// Nodejs is using 0 based line numbers, while the editor starts from 1
params.removeProperty("lineNumber");
params.addProperty("lineNumber", bp.GetLine() - 1);
// Send the command
SendSimpleCommand(socket, "Debugger.setBreakpointByUrl", params);
// Register a handler to handle this command when it returns
CommandHandler handler(message_id, [=](const JSONItem& result) {
wxString breakpointId = result.namedObject("breakpointId").toString();
NodeJSBreakpoint& b = m_debugger->GetBreakpointsMgr()->GetBreakpoint(bp.GetFilename(), bp.GetLine());
if(b.IsOk()) {
b.SetNodeBpID(breakpointId);
clDebugEvent bpEvent(wxEVT_NODEJS_DEBUGGER_UPDATE_BREAKPOINTS_VIEW);
EventNotifier::Get()->AddPendingEvent(bpEvent);
}
});
m_waitingReplyCommands.insert({ handler.m_commandID, handler });
} catch(clSocketException& e) {
clWARNING() << e.what();
}
}
void NodeJSDevToolsProtocol::DeleteBreakpoint(clWebSocketClient& socket, const NodeJSBreakpoint& bp)
{
try {
JSONItem params = JSONItem::createObject("params");
params.addProperty("breakpointId", bp.GetNodeBpID());
// Send the command
SendSimpleCommand(socket, "Debugger.removeBreakpoint", params);
// Register a handler to handle this command when it returns
CommandHandler handler(message_id, [=](const JSONItem& result) {
clDebugEvent bpEvent(wxEVT_NODEJS_DEBUGGER_UPDATE_BREAKPOINTS_VIEW);
EventNotifier::Get()->AddPendingEvent(bpEvent);
});
m_waitingReplyCommands.insert({ handler.m_commandID, handler });
} catch(clSocketException& e) {
clWARNING() << e.what();
}
}
void NodeJSDevToolsProtocol::GetScriptSource(clWebSocketClient& socket, const wxString& scriptId)
{
JSONItem params = JSONItem::createObject("params");
params.addProperty("scriptId", scriptId);
// Send the command
SendSimpleCommand(socket, "Debugger.getScriptSource", params);
// Register a handler to handle this command when it returns
CommandHandler handler(message_id, [=](const JSONItem& result) {
wxString fileContent = result.namedObject("scriptSource").toString();
NodeFileManager::Get().CacheRemoteCopy(scriptId, fileContent);
});
m_waitingReplyCommands.insert({ handler.m_commandID, handler });
}
void NodeJSDevToolsProtocol::Eval(clWebSocketClient& socket, const wxString& expression, const wxString& frameId)
{
JSONItem params = JSONItem::createObject("params");
params.addProperty("callFrameId", frameId);
params.addProperty("expression", expression);
params.addProperty("generatePreview", true);
SendSimpleCommand(socket, "Debugger.evaluateOnCallFrame", params);
// Register a handler to handle this command when it returns
CommandHandler handler(message_id, [=](const JSONItem& result) {
if(result.hasNamedObject("result")) {
nSerializableObject::Ptr_t ro(new RemoteObject());
ro->To<RemoteObject>()->SetExpression(expression);
ro->To<RemoteObject>()->FromJSON(result.namedObject("result"));
clDebugRemoteObjectEvent evt(wxEVT_NODEJS_DEBUGGER_EVAL_RESULT);
evt.SetRemoteObject(ro);
EventNotifier::Get()->AddPendingEvent(evt);
}
});
m_waitingReplyCommands.insert({ handler.m_commandID, handler });
}
void NodeJSDevToolsProtocol::GetObjectProperties(clWebSocketClient& socket, const wxString& objectId,
wxEventType eventType)
{
JSONItem params = JSONItem::createObject("params");
params.addProperty("objectId", objectId);
SendSimpleCommand(socket, "Runtime.getProperties", params);
// Register a handler to handle this command when it returns
CommandHandler handler(message_id, [=](const JSONItem& result) {
if(result.hasNamedObject("result")) {
clDebugEvent evt(eventType);
evt.SetString(result.namedObject("result").format(false));
evt.SetStartupCommands(objectId);
EventNotifier::Get()->AddPendingEvent(evt);
}
});
m_waitingReplyCommands.insert({ handler.m_commandID, handler });
}
void NodeJSDevToolsProtocol::CreateObject(clWebSocketClient& socket, const wxString& expression,
const wxString& frameId)
{
// Same as eval but without the preview
JSONItem params = JSONItem::createObject("params");
params.addProperty("callFrameId", frameId);
params.addProperty("expression", expression);
params.addProperty("generatePreview", false);
SendSimpleCommand(socket, "Debugger.evaluateOnCallFrame", params);
// Register a handler to handle this command when it returns
CommandHandler handler(message_id, [=](const JSONItem& result) {
if(result.hasNamedObject("result")) {
nSerializableObject::Ptr_t ro(new RemoteObject());
ro->To<RemoteObject>()->SetExpression(expression);
ro->To<RemoteObject>()->FromJSON(result.namedObject("result"));
clDebugRemoteObjectEvent evt(wxEVT_NODEJS_DEBUGGER_CREATE_OBJECT);
evt.SetRemoteObject(ro);
EventNotifier::Get()->AddPendingEvent(evt);
}
});
m_waitingReplyCommands.insert({ handler.m_commandID, handler });
}
void NodeJSDevToolsProtocol::DeleteBreakpointByID(clWebSocketClient& socket, const wxString& bpid)
{
try {
JSONItem params = JSONItem::createObject("params");
params.addProperty("breakpointId", bpid);
// Send the command
SendSimpleCommand(socket, "Debugger.removeBreakpoint", params);
} catch(clSocketException& e) {
clWARNING() << e.what();
}
}
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