//
// Printer
//
void Printer::PrintTable(std::string *result, Sqrat::Table table) {
result->append("{");
int i = 0;
Sqrat::Table::iterator it;
while (table.Next(it)) {
if (i > 0) {
result->append(",");
}
result->append("[\"");
Sqrat::Object o(it.getKey(), table.GetVM());
result->append(o.Cast<std::string>());
result->append("\"]=");
Sqrat::Object obj(it.getValue(), table.GetVM());
PrintValue(result, obj);
i++;
}
result->append("}");
}
void JsonPrinter::PrintTable(Json::Value &value, Sqrat::Table table) {
Sqrat::Table::iterator it;
while(table.Next(it)) {
Sqrat::Object o(it.getKey(), table.GetVM());
std::string key = o.Cast<std::string>();
Sqrat::Object obj(it.getValue(), table.GetVM());
value[key] = PrintValue(obj);
}
}
////////////////////////////////////////////////////////////
// Initializes and registers the SFML vector3 library in the given VM
////////////////////////////////////////////////////////////
void RegisterSfmlVector3Lib(HSQUIRRELVM v, Sqrat::Table& namespaceTable)
{
Sqrat::Class<sf::Vector3i> sfVector3i(v, _SC("sf.Vector3i"));
sfVector3i.SquirrelFunc(_SC("constructor"), &sfVector3i_constructor);
sfVector3i.GlobalFunc(_SC("equals"), &sfVector3i_equals);
sfVector3i.Var(_SC("x"), &sf::Vector3i::x);
sfVector3i.Var(_SC("y"), &sf::Vector3i::y);
sfVector3i.Var(_SC("z"), &sf::Vector3i::z);
sfVector3i.GlobalFunc(_SC("_add"), &sfVector3i_add);
sfVector3i.GlobalFunc(_SC("_sub"), &sfVector3i_sub);
sfVector3i.GlobalFunc(_SC("_mul"), &sfVector3i_mul);
sfVector3i.GlobalFunc(_SC("_div"), &sfVector3i_div);
sfVector3i.GlobalFunc(_SC("_unm"), &sfVector3i_unm);
Sqrat::Class<sf::Vector3f> sfVector3f(v, _SC("sf.Vector3f"));
sfVector3f.SquirrelFunc(_SC("constructor"), &sfVector3f_constructor);
sfVector3f.GlobalFunc(_SC("equals"), &sfVector3f_equals);
sfVector3f.Var(_SC("x"), &sf::Vector3f::x);
sfVector3f.Var(_SC("y"), &sf::Vector3f::y);
sfVector3f.Var(_SC("z"), &sf::Vector3f::z);
sfVector3f.GlobalFunc(_SC("_add"), &sfVector3f_add);
sfVector3f.GlobalFunc(_SC("_sub"), &sfVector3f_sub);
sfVector3f.GlobalFunc(_SC("_mul"), &sfVector3f_mul);
sfVector3f.GlobalFunc(_SC("_div"), &sfVector3f_div);
sfVector3f.GlobalFunc(_SC("_unm"), &sfVector3f_unm);
namespaceTable.Bind(_SC("Vector3i"), sfVector3i);
namespaceTable.Bind(_SC("Vector3f"), sfVector3f);
}
bool GameWorld::copyParameterTable(const Sqrat::Table &in, Sqrat::Table &out) {
sq::Object::iterator it;
while (in.Next(it)) {
sq::Object value = in.GetSlot(it.getName());
switch (value.GetType()) {
case OT_NULL:
{
out.SetValue(it.getName(), nullptr);
}
break;
case OT_BOOL:
{
out.SetValue(it.getName(), value.Cast<bool>());
}
break;
case OT_INTEGER:
{
out.SetValue(it.getName(), value.Cast<int>());
}
break;
case OT_FLOAT:
{
out.SetValue(it.getName(), value.Cast<float>());
}
break;
case OT_STRING:
{
out.SetValue(it.getName(), value.Cast<std::string>());
}
break;
default:
std::cout<<"Attemt to pass unsafe parameter to game world";
}
}
return true;
}
bool SqMod::construct(CtxMod* pctx)
{
_pctx = pctx;
_header_sent=false;
if(_penv) {
_penv->acquire();
Sqrat::Class<SqMod> module;
module.Func(_SC("write"), &SqMod::swrite);
Sqrat::RootTable().SetInstance(_SC("_this"), this);
//
// _context
//
Sqrat::Table context;
//Sqrat::Class<CtxMod> context;
context.SetValue(_SC("urldoc"), pctx->_url_doc)
.SetValue(_SC("urldir"), pctx->_url_path)
.SetValue(_SC("home"), pctx->_dir_home)
.SetValue(_SC("index"), pctx->_doc_index)
.SetValue(_SC("ip"), pctx->_cli_ip);
Sqrat::RootTable().Bind(_SC("_context"), context);
//
// _REQ table with _ARGS, GET, COOKIE and so on
//
Sqrat::Table headers;
const KeyValx* ps = _pctx->_hdrs;
while((ps)->key) {
if(ps->val && *ps->val) {
headers.SetValue(_SC(ps->key), _SC(ps->val));
}
++ps;
}
Sqrat::RootTable().Bind(_SC("_request"), headers);
Sqrat::Table ckooks;
const KeyValx* psc = _pctx->_cookies;
while((psc)->key) {
if(psc->val && *psc->val) {
ckooks.SetValue(_SC(psc->key), _SC(psc->val));
}
++psc;
}
Sqrat::RootTable().Bind(_SC("_cookies"), ckooks);
Sqrat::Table get;
const KeyValx* psv = _pctx->_get;
while((psv)->key) {
if(psv->val && *psv->val) {
get.SetValue(_SC(psv->key), _SC(psv->val));
}
++psv;
}
Sqrat::RootTable().Bind(_SC("_get"), get);
//Sqrat::RootTable().SetInstance(_SC("_ctx"), pctx);
Sqrat::Table post;
if(pctx->_tempfile) {
// parse the post
/*
Content-Type: application/x-www-form-urlencoded
Content-Length: 53
realname=ssssssss&email=ddddddddddd&comments=wwwwwwww
*/
const char* astype = _getHdr("CONTENT-TYPE")->val;
int64_t len = atoll(_getHdr("CONTENT-LENGTH")->val);
if(!str_cmp(astype,"application/x-www-form-urlencoded") && len < 16384) {
char* buff = new char[len + 1];
if(buff) {
int bytes = fread(buff, 1, len, pctx->_tempfile);
char* pwalk = buff;
assert(bytes == len);
buff[bytes] = 0;
do {
const char* key = str_up2chr(&pwalk, '=');
const char* val = str_up2chr(&pwalk, '&');
if(!valid_ptr(key) || !valid_ptr(val))
break;
post.SetValue(_SC(key), _SC(val));
} while(1);
delete []buff;
}
}
}
Sqrat::RootTable().Bind(_SC("_post"), post);
return true;
}
return false;
}
