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#include "clDebuggerBreakpoint.hpp"
#ifdef __WXMSW__
#define is_windows true
#else
#define is_windows false
#endif
clDebuggerBreakpoint::clDebuggerBreakpoint()
{
}
clDebuggerBreakpoint::~clDebuggerBreakpoint()
{
}
clDebuggerBreakpoint::clDebuggerBreakpoint(const clDebuggerBreakpoint& BI)
{
if(this == &BI) {
return;
}
// call operator=
*this = BI;
if(!is_windows || (is_windows && !file.Contains("/"))) {
// Normalize the file name
if(!file.IsEmpty()) {
wxFileName fn(file);
fn.Normalize(wxPATH_NORM_ALL & ~wxPATH_NORM_LONG);
file = fn.GetFullPath();
}
}
}
clDebuggerBreakpoint& clDebuggerBreakpoint::operator=(const clDebuggerBreakpoint& BI)
{
if(this == &BI) {
return *this;
}
file = BI.file;
lineno = BI.lineno;
watchpt_data = BI.watchpt_data;
function_name = BI.function_name;
regex = BI.regex;
memory_address = BI.memory_address;
internal_id = BI.internal_id;
debugger_id = BI.debugger_id;
bp_type = BI.bp_type;
ignore_number = BI.ignore_number;
is_enabled = BI.is_enabled;
is_temp = BI.is_temp;
watchpoint_type = BI.watchpoint_type;
commandlist = BI.commandlist;
conditions = BI.conditions;
at = BI.at; // Provided by the debugger, no need to serialize
what = BI.what; // Provided by the debugger, no need to serialize
origin = BI.origin;
return *this;
}
void clDebuggerBreakpoint::DeSerialize(Archive& arch)
{
arch.Read(wxT("file"), file);
arch.Read(wxT("lineno"), lineno);
arch.Read(wxT("function_name"), function_name);
arch.Read(wxT("memory_address"), memory_address);
int tmpint;
arch.Read(wxT("bp_type"), tmpint);
bp_type = (BreakpointType)tmpint;
arch.Read(wxT("watchpoint_type"), tmpint);
watchpoint_type = (WatchpointType)tmpint;
arch.Read(wxT("watchpt_data"), watchpt_data);
arch.ReadCData(wxT("commandlist"), commandlist);
commandlist.Trim().Trim(false); // ReadCData tends to add white-space to the commands e.g. a terminal \n
arch.Read(wxT("regex"), regex);
arch.Read(wxT("is_temp"), is_temp);
arch.Read(wxT("is_enabled"), is_enabled);
arch.Read(wxT("ignore_number"), tmpint);
ignore_number = (unsigned int)tmpint;
arch.Read(wxT("conditions"), conditions);
arch.Read(wxT("origin"), tmpint);
origin = (BreakpointOrigin)tmpint;
}
void clDebuggerBreakpoint::Serialize(Archive& arch)
{
arch.Write(wxT("file"), file);
arch.Write(wxT("lineno"), lineno);
arch.Write(wxT("function_name"), function_name);
arch.Write(wxT("memory_address"), memory_address);
arch.Write(wxT("bp_type"), bp_type);
arch.Write(wxT("watchpoint_type"), watchpoint_type);
arch.Write(wxT("watchpt_data"), watchpt_data);
// WriteCDate tends to write white-space even for empty commandlists
arch.WriteCData(wxT("commandlist"), commandlist.Trim().Trim(false));
arch.Write(wxT("regex"), regex);
arch.Write(wxT("is_temp"), is_temp);
arch.Write(wxT("is_enabled"), is_enabled);
arch.Write(wxT("ignore_number"), ignore_number);
arch.Write(wxT("conditions"), conditions);
arch.Write(wxT("origin"), (int)origin);
}
JSONItem clDebuggerBreakpoint::ToJSON() const
{
auto json = JSONItem::createObject();
json.addProperty("file", file);
json.addProperty("lineno", lineno);
json.addProperty("function_name", function_name);
json.addProperty("bp_type", (int)bp_type);
json.addProperty("watchpoint_type", (int)watchpoint_type);
json.addProperty("watchpt_data", watchpt_data);
wxString command_list(commandlist);
command_list.Trim(false).Trim(true);
json.addProperty("commandlist", command_list);
json.addProperty("ignore_number", ignore_number);
json.addProperty("conditions", conditions);
return json;
}
void clDebuggerBreakpoint::FromJSON(const JSONItem& json)
{
file = json["file"].toString();
lineno = json["lineno"].toInt();
function_name = json["function_name"].toString();
bp_type = (BreakpointType)json["bp_type"].toInt();
watchpoint_type = (WatchpointType)json["watchpoint_type"].toInt();
watchpt_data = json["watchpt_data"].toString();
commandlist = json["commandlist"].toString();
ignore_number = json["ignore_number"].toSize_t();
conditions = json["conditions"].toString();
}
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