String ReadPropertyParam(CParser& p)
{
const char *b = p.GetPtr();
int level = 0;
while(!p.IsEof()) {
if(p.IsChar(';'))
break;
if(p.IsChar(')') && level == 0)
break;
if(p.Char(')')) {
if(level == 0)
break;
level--;
}
else
if(p.Char('('))
level++;
else
p.SkipTerm();
}
return TrimLeft(TrimRight(String(b, p.GetPtr())));
}
NAMESPACE_UPP
Value ParseJSON(CParser& p)
{
p.UnicodeEscape();
if(p.IsNumber())
return p.ReadDouble();
if(p.IsString())
return p.ReadString();
if(p.Id("null"))
return Null;
if(p.Id("true"))
return true;
if(p.Id("false"))
return false;
if(p.Char('{')) {
ValueMap m;
if(!p.IsChar('}'))
do {
String key = p.ReadString();
p.PassChar(':');
m.Add(key, ParseJSON(p));
}
while(p.Char(','));
p.PassChar('}');
return m;
}
if(p.Char('[')) {
ValueArray va;
if(!p.IsChar(']'))
do
va.Add(ParseJSON(p));
while(p.Char(','));
p.PassChar(']');
return va;
}
p.ThrowError("Unrecognized JSON element");
return Null;
}
static void ReadMacro(CParser& p)
{
IdeMacro macro;
if(p.IsString()) {
macro.menu = p.ReadString();
if(p.Char(':'))
macro.submenu = p.ReadString();
}
if(!p.IsChar('{'))
macro.hotkey = ParseKeyDesc(p);
EscLambda& l = macro.code.CreateLambda();
const char *t = p.GetPtr();
l.filename = p.GetFileName();
l.line = p.GetLine();
if(!p.Char('{'))
p.ThrowError("missing '{'");
SkipBlock(p);
l.code = String(t, p.GetPtr());
Array<IdeMacro>& mlist = UscMacros();
if(macro.hotkey) {
int f = FindFieldIndex(mlist, &IdeMacro::hotkey, macro.hotkey);
if(f >= 0) {
PutConsole(NFormat("%s(%d): duplicate macro hotkey %s\n", l.filename, l.line, GetKeyDesc(macro.hotkey)));
const EscLambda& lambda = UscMacros()[f].code.GetLambda();
PutConsole(NFormat("%s(%d): previously defined here\n", lambda.filename, lambda.line));
}
}
if(!IsNull(macro.menu)) {
for(int i = 0; i < mlist.GetCount(); i++)
if(mlist[i].menu == macro.menu && mlist[i].submenu == macro.submenu) {
PutConsole(NFormat("%s(%d): duplicate macro menu item (%s:%s)\n",
l.filename, l.line, macro.menu, macro.submenu));
const EscLambda& lambda = UscMacros()[i].code.GetLambda();
PutConsole(NFormat("%s(%d): previously defined here\n", lambda.filename, lambda.line));
break;
}
}
mlist.Add(macro);
}
void ScanIML(CParser& parser, Array<ImlImage>& out_images,
VectorMap<String, String>& out_settings)
{
String name, bid;
bool exp = false;
while(!parser.IsEof())
{
if((bid = parser.ReadId()) == "IMAGE_META")
{
parser.Char('(');
if(parser.IsString())
name = parser.ReadString();
else
name = parser.ReadId();
parser.PassChar(',');
String value = parser.ReadString();
parser.PassChar(')');
out_settings.Add(name, value);
if(value == "exp")
exp = true;
}
else if(bid == "IMAGE_BEGIN" && parser.Char('(') && !IsNull(name = parser.ReadId()) && parser.Char(')'))
{
String encoded_data;
out_settings.GetAdd("wince_16bit", "0");
String id;
bool first = true;
while((id = parser.ReadId()) == "IMAGE_SCAN" && parser.Char('('))
{
bool first_in_row = true;
while(parser.IsChar('\"'))
{
String scan = parser.ReadOneString();
if(!first && first_in_row)
encoded_data.Cat('\x80');
first_in_row = first = false;
encoded_data.Cat(scan);
}
if(!parser.Char(')'))
break;
}
AlphaImageInfo image;
bool accepted = false;
if(parser.Char('(') && parser.ReadId() == name && parser.Char(','))
if(id == "IMAGE_END"
&& (image.size.cx = parser.ReadInt()) > 0 && parser.Char(',')
&& (image.size.cy = parser.ReadInt()) > 0 && parser.Char(')'))
{
accepted = true;
}
else if(id == "IMAGE_PACKED" && parser.IsChar('\"'))
{
String d = parser.ReadOneString();
if(parser.Char(')'))
{
StringStream ss(d);
ss % image;
if(!ss.IsError())
accepted = true;
}
}
if(name.GetLength() >= 6 && !memcmp(name, "_java_", 6))
accepted = false;
if(accepted)
{
if(name.GetLength() >= 4 && !memcmp(name, "im__", 4))
name = Null;
Image m = RLEToAlpha(encoded_data, image.size);
ImageBuffer ib(m);
ib.SetHotSpot(image.hotspot);
m = ib;
ImlImage& c = out_images.Add();
c.name = name;
c.image = m;
c.exp = exp;
exp = false;
}
}
else if(bid == "IMAGE_BEGIN16" && parser.Char('(') && !IsNull(name = parser.ReadId()) && parser.Char(')'))
{ //TODO: FIX THESE!!!
out_settings.GetAdd("wince_16bit", "1");
String encoded_data;
String id;
bool first = true;
while((id = parser.ReadId()) == "IMAGE_SCAN16" && parser.Char('(') && parser.Char('L'))
{
bool first_in_row = true;
while(parser.Char('\"'))
{
CParser::Pos pos = parser.GetPos();
const char *end;
end = pos.ptr; // TODO - remove
String scan; // TODO = GetUnicodeScan(pos.ptr, &end);
pos.ptr = end;
parser.SetPos(pos);
if(!parser.Char('\"'))
break;
if(!first && first_in_row)
encoded_data.Cat('\x80');
first_in_row = first = false;
encoded_data.Cat(scan);
}
if(!parser.Char(')'))
break;
}
AlphaImageInfo idata;
bool accepted = false;
if(id == "IMAGE_END16" && parser.Char('(') && parser.ReadId() == name && parser.Char(',')
&& (idata.size.cx = parser.ReadInt()) > 0 && parser.Char(',')
&& (idata.size.cy = parser.ReadInt()) > 0 && parser.Char(',')
&& !IsNull(idata.hotspot.x = parser.ReadInt()) && parser.Char(',')
&& !IsNull(idata.hotspot.y = parser.ReadInt()) && parser.Char(')'))
{
accepted = true;
}
if(accepted)
{
if(name.GetLength() >= 4 && !memcmp(name, "im__", 4))
name = Null;
Image m = RLEToAlpha(encoded_data, idata.size);
ImageBuffer ib(m);
ib.SetHotSpot(idata.hotspot);
m = ib;
ImlImage& c = out_images.Add();
c.name = name;
c.image = m;
c.exp = exp;
exp = false;
}
}
else
break;
}
}
