/**
* Parse the BlueFly Vario parameter values.
* Sent Upon a BST request.
*/
bool
BlueFlyDevice::ParseSET(const char *content, NMEAInfo &info)
{
// e.g. SET 0 100 20 1 1 1 180 1000 100 400 100 20 5 5 100 50 0 10 21325 207 1 0 1 34
const char *values, *token;
unsigned long value;
if (!settings.version || !settings_keys)
/* we did not receive the previous BFV and BST, abort */
return true;
token = StringToken(settings_keys, " ");
values = content;
/* the first value should be ignored */
if (!ParseUlong(&values, value))
return true;
mutex_settings.Lock();
while (token && ParseUlong(&values, value)) {
settings.Parse(token, value);
token = StringToken(nullptr, " ");
}
settings_ready = true;
settings_cond.broadcast();
mutex_settings.Unlock();
return true;
}
/**
* Parse the BlueFly Vario parameter values.
* Sent Upon a BST request.
*/
bool
BlueFlyDevice::ParseSET(const char *content, NMEAInfo &info)
{
// e.g. SET 0 100 20 1 1 1 180 1000 100 400 100 20 5 5 100 50 0 10 21325 207 1 0 1 34
const char *values;
unsigned long value;
if (!settings.version || !settings_keys)
/* we did not receive the previous BFV and BST, abort */
return true;
values = content;
/* the first value should be ignored */
if (!ParseUlong(&values, value))
return true;
{
ScopeLock lock(mutex_settings);
for (const auto token : IterableSplitString(settings_keys, ' ')) {
if (!ParseUlong(&values, value))
break;
settings.Parse(token, value);
}
settings_ready = true;
settings_cond.broadcast();
}
return true;
}
/**
* Parse the BlueFly Vario version.
* Sent Upon a BST request.
*/
bool
BlueFlyDevice::ParseBFV(const char *content, NMEAInfo &info)
{
// e.g. BFV 9
unsigned long value;
if (ParseUlong(&content, value)) {
assert(value <= UINT_MAX);
settings.version = value;
}
return true;
}
