OdinEvent::OdinEvent(const j::json &full_msg)
: OdinEvent() {
if (full_msg.is_object()) {
auto v= full_msg["type"];
if (v.is_number()) {
_type = SCAST(MType, JS_INT(v));
}
v= full_msg["code"];
if (v.is_number()) {
_code = SCAST(EType, JS_INT(v));
}
v= full_msg["source"];
if (v.is_object()) {
_doco =v;
}
}
}
EngineTimer::Convert::Convert(): _toS(0), _toMs(0), _toMu(0), _toNs(0)
{
auto frequency = QueryFrequency();
auto toSeconds = 1.0/(SCAST(f64, frequency));
_toS = toSeconds;
_toMs = MsFromSec*toSeconds;
_toMu = MuFromSec*toSeconds;
_toNs = NsFromSec*toSeconds;
}
// reads number of bytes from current file pos into buffer
// returns number of bytes read
s32 FileReader::ReadFile(c08* buffer, s32 numBytes)
{
if(!m_file || buffer == nullptr || numBytes <= 0)
return 0;
m_file.read(buffer, numBytes);
return SCAST(s32, m_file.gcount());
}
f64 EngineTimer::GetFrameRunningTime(f64 conversionRate) const
{
return SCAST(f64, _thisFrame - _lastFrame)*conversionRate;
}
f64 EngineTimer::GetTotalRunningTime(f64 conversionRate) const
{
return SCAST(f64, _thisFrame - _startTime)*conversionRate;
}
#include <catch/catch.hpp>
#define HEADER "typedef double scalar;\n"
#define VARS "scalar a = 10.0; scalar aa = 10.5; scalar ab = 11.0;\n"
#define START_CODE "void container() {\nint res = 0.0;\n"
#define END_CODE "\n};\n"
#define MAKE_CODE(stmt) HEADER VARS START_CODE stmt ";" END_CODE
#define SCAST_T(TYPE, CODE) "static_cast<" TYPE ">(" CODE ")"
#define SCAST(CODE) MAKE_CODE("res = " SCAST_T("int", CODE))
#define SCAST_SCALAR(CODE) MAKE_CODE("res = " SCAST_T("scalar", CODE))
#define SCAST_TYPE(TYPE, CODE) MAKE_CODE("res = " SCAST_T(TYPE, CODE))
#define SCAST_S(CODE) SCAST_T("int", CODE)
KICKOFF_TEST(opov::module::ExplicitCast(), SCAST("a"), SCAST_S("a"))
#define _TYPE_ "scalar"
SCENARIO("Explicit casts. Module produces one match for type " _TYPE_, "[" _TYPE_ "_match]") {
GIVEN("The 'ExplicitCast' module with type: " _TYPE_) {
opov::test::TestApp app(conf);
app.init();
app.addModule(new opov::module::ExplicitCast());
#include "tests/ExplicitCastMatchSet.inl"
}
}
SCENARIO("Explicit casts. Module produces no match for type " _TYPE_, "[" _TYPE_ "_nmatch]") {
GIVEN("The 'ExplicitCast' module with type: " _TYPE_) {
opov::test::TestApp app(conf);
app.init();
app.addModule(new opov::module::ExplicitCast());
int retlog;
sigset_t *sigs;
/* Allocate heap for download request
* struct request stores all the information that might be
* of interest
*/
req = (struct request *)calloc(1, sizeof(struct request));
/* Only some signals will be emitted */
/* signal_set: initialization while single-threaded */
sigs = malloc(sizeof *sigs);
sigemptyset(sigs);
sigaddset(sigs, SIGINT);
sigaddset(sigs, SIGALRM);
signal_set = SCAST(sigs);
/* Block out all signals */
pthread_sigmask(SIG_BLOCK, signal_set, NULL);
while (!error && (c = getopt(argc,argv,"p:l:n:hfv")) != -1) {
switch(c) {
case 'p':
req->port = atoi(optarg);
break;
case 'f':
fsuggested = 1;
break;
case 'l':
strncpy(req->lfile, optarg, MAXBUFSIZ);
break;
