static void
run(const std::string& expr,
float a,
float b,
float c,
ossia::audio_port& output,
ossia::token_request tk,
ossia::exec_state_facade st,
State& self)
{
if (tk.date > tk.prev_date)
{
auto count = tk.date - tk.prev_date;
if (!updateExpr(self, expr))
return;
output.samples.resize(1);
auto& cur = output.samples[0];
if ((int64_t)cur.size() < tk.offset + count)
cur.resize(tk.offset + count);
self.p1 = a;
self.p2 = b;
self.p3 = c;
self.fs = st.sampleRate();
for (int64_t i = 0; i < count; i++)
{
self.cur_time = tk.prev_date + i;
cur[tk.offset + i] = self.expr.value();
}
}
}
stitch_support_v1_update* MONGO_API_CALL
stitch_support_v1_update_create(stitch_support_v1_lib* lib,
const uint8_t* updateExprBSON,
const uint8_t* arrayFiltersBSON,
stitch_support_v1_matcher* matcher,
stitch_support_v1_collator* collator,
stitch_support_v1_status* status) {
return enterCXX(mongo::getStatusImpl(status), [&]() {
mongo::BSONObj updateExpr(mongo::fromInterfaceType(updateExprBSON));
mongo::BSONArray arrayFilters(
(arrayFiltersBSON ? mongo::BSONObj(mongo::fromInterfaceType(arrayFiltersBSON))
: mongo::BSONObj()));
return mongo::update_create(lib, updateExpr, arrayFilters, matcher, collator);
});
}
static void
run(const std::string& expr,
float a,
float b,
float c,
ossia::value_port& output,
ossia::token_request tk,
ossia::exec_state_facade st,
State& self)
{
if (!updateExpr(self, expr))
return;
self.cur_time = tk.date.impl;
self.cur_deltatime = tk.date.impl - tk.prev_date.impl;
self.cur_pos = tk.position;
self.p1 = a;
self.p2 = b;
self.p3 = c;
auto res = self.expr.value();
output.write_value(res, tk.tick_start());
}