bool Event_channel_set_cv_value_process(
Channel* ch,
Device_states* dstates,
const Master_params* master_params,
const Value* value)
{
rassert(ch != NULL);
rassert(dstates != NULL);
rassert(master_params != NULL);
rassert(value != NULL);
rassert(Value_type_is_realtime(value->type));
set_cv_value_generic(ch, dstates, value);
return true;
}
bool Channel_cv_state_set_value(
Channel_cv_state* state, const char* var_name, const Value* value)
{
rassert(state != NULL);
rassert(var_name != NULL);
rassert(strlen(var_name) < KQT_VAR_NAME_MAX);
rassert(value != NULL);
rassert(Value_type_is_realtime(value->type));
const Entry* key = Entry_init(ENTRY_AUTO, var_name);
Entry* entry = AAtree_get_exact(state->tree, key);
if (entry == NULL)
return false;
Value_copy(&entry->value, value);
entry->is_set = true;
return true;
}
void Device_set_control_var_generic(
const Device* device,
Device_states* dstates,
Device_control_var_mode mode,
Random* random,
Channel* channel,
const char* var_name,
const Value* value)
{
assert(device != NULL);
assert(dstates != NULL);
assert(random != NULL);
assert(implies(mode == DEVICE_CONTROL_VAR_MODE_VOICE, channel != NULL));
assert(var_name != NULL);
assert(value != NULL);
assert(Value_type_is_realtime(value->type));
if (device->set_control_var_generic != NULL)
device->set_control_var_generic(
device, dstates, mode, random, channel, var_name, value);
return;
}
