static void save_dive_temperature(struct membuffer *b, struct dive *dive)
{
if (dive->airtemp.mkelvin != dc_airtemp(&dive->dc))
put_temperature(b, dive->airtemp, "airtemp ", "°C\n");
if (dive->watertemp.mkelvin != dc_watertemp(&dive->dc))
put_temperature(b, dive->watertemp, "watertemp ", "°C\n");
}
static void save_temperatures(struct membuffer *b, struct divecomputer *dc)
{
if (!dc->airtemp.mkelvin && !dc->watertemp.mkelvin)
return;
put_string(b, " <temperature");
put_temperature(b, dc->airtemp, " air='", " C'");
put_temperature(b, dc->watertemp, " water='", " C'");
put_string(b, " />\n");
}
static void save_dive_temperature(struct membuffer *b, struct dive *dive)
{
if (!dive->airtemp.mkelvin && !dive->watertemp.mkelvin)
return;
if (dive->airtemp.mkelvin == dc_airtemp(&dive->dc) && dive->watertemp.mkelvin == dc_watertemp(&dive->dc))
return;
put_string(b, " <divetemperature");
if (dive->airtemp.mkelvin != dc_airtemp(&dive->dc))
put_temperature(b, dive->airtemp, " air='", " C'");
if (dive->watertemp.mkelvin != dc_watertemp(&dive->dc))
put_temperature(b, dive->watertemp, " water='", " C'");
put_string(b, "/>\n");
}
/*
* Samples are saved as densely as possible while still being readable,
* since they are the bulk of the data.
*
* For parsing, look at the units to figure out what the numbers are.
*/
static void save_sample(struct membuffer *b, struct sample *sample, struct sample *old)
{
put_format(b, "%3u:%02u", FRACTION(sample->time.seconds, 60));
put_milli(b, " ", sample->depth.mm, "m");
put_temperature(b, sample->temperature, " ", "°C");
put_pressure(b, sample->cylinderpressure, " ", "bar");
/*
* We only show sensor information for samples with pressure, and only if it
* changed from the previous sensor we showed.
*/
if (sample->cylinderpressure.mbar && sample->sensor != old->sensor) {
put_format(b, " sensor=%d", sample->sensor);
old->sensor = sample->sensor;
}
/* the deco/ndl values are stored whenever they change */
if (sample->ndl.seconds != old->ndl.seconds) {
put_format(b, " ndl=%u:%02u", FRACTION(sample->ndl.seconds, 60));
old->ndl = sample->ndl;
}
if (sample->in_deco != old->in_deco) {
put_format(b, " in_deco=%d", sample->in_deco ? 1 : 0);
old->in_deco = sample->in_deco;
}
if (sample->stoptime.seconds != old->stoptime.seconds) {
put_format(b, " stoptime=%u:%02u", FRACTION(sample->stoptime.seconds, 60));
old->stoptime = sample->stoptime;
}
if (sample->stopdepth.mm != old->stopdepth.mm) {
put_milli(b, " stopdepth=", sample->stopdepth.mm, "m");
old->stopdepth = sample->stopdepth;
}
if (sample->cns != old->cns) {
put_format(b, " cns=%u%%", sample->cns);
old->cns = sample->cns;
}
if (sample->po2.mbar != old->po2.mbar) {
put_milli(b, " po2=", sample->po2.mbar, "bar");
old->po2 = sample->po2;
}
show_index(b, sample->heartbeat, "heartbeat=", "");
show_index(b, sample->bearing.degrees, "bearing=", "°");
put_format(b, "\n");
}
static void save_sample(struct membuffer *b, struct sample *sample, struct sample *old)
{
put_format(b, " <sample time='%u:%02u min'", FRACTION(sample->time.seconds, 60));
put_milli(b, " depth='", sample->depth.mm, " m'");
put_temperature(b, sample->temperature, " temp='", " C'");
put_pressure(b, sample->cylinderpressure, " pressure='", " bar'");
/*
* We only show sensor information for samples with pressure, and only if it
* changed from the previous sensor we showed.
*/
if (sample->cylinderpressure.mbar && sample->sensor != old->sensor) {
put_format(b, " sensor='%d'", sample->sensor);
old->sensor = sample->sensor;
}
/* the deco/ndl values are stored whenever they change */
if (sample->ndl.seconds != old->ndl.seconds) {
put_format(b, " ndl='%u:%02u min'", FRACTION(sample->ndl.seconds, 60));
old->ndl = sample->ndl;
}
if (sample->in_deco != old->in_deco) {
put_format(b, " in_deco='%d'", sample->in_deco ? 1 : 0);
old->in_deco = sample->in_deco;
}
if (sample->stoptime.seconds != old->stoptime.seconds) {
put_format(b, " stoptime='%u:%02u min'", FRACTION(sample->stoptime.seconds, 60));
old->stoptime = sample->stoptime;
}
if (sample->stopdepth.mm != old->stopdepth.mm) {
put_milli(b, " stopdepth='", sample->stopdepth.mm, " m'");
old->stopdepth = sample->stopdepth;
}
if (sample->cns != old->cns) {
put_format(b, " cns='%u%%'", sample->cns);
old->cns = sample->cns;
}
if (sample->po2 != old->po2) {
put_milli(b, " po2='", sample->po2, " bar'");
old->po2 = sample->po2;
}
show_index(b, sample->heartbeat, "heartbeat='", "'");
show_index(b, sample->bearing, "bearing='", "'");
put_format(b, " />\n");
}
static void save_temperatures(struct membuffer *b, struct divecomputer *dc)
{
put_temperature(b, dc->airtemp, "airtemp ", "°C\n");
put_temperature(b, dc->watertemp, "watertemp ", "°C\n");
}
static void save_sample(struct membuffer *b, struct sample *sample, struct sample *old)
{
put_format(b, " <sample time='%u:%02u min'", FRACTION(sample->time.seconds, 60));
put_milli(b, " depth='", sample->depth.mm, " m'");
if (sample->temperature.mkelvin && sample->temperature.mkelvin != old->temperature.mkelvin) {
put_temperature(b, sample->temperature, " temp='", " C'");
old->temperature = sample->temperature;
}
put_pressure(b, sample->cylinderpressure, " pressure='", " bar'");
put_pressure(b, sample->o2cylinderpressure, " o2pressure='", " bar'");
/*
* We only show sensor information for samples with pressure, and only if it
* changed from the previous sensor we showed.
*/
if (sample->cylinderpressure.mbar && sample->sensor != old->sensor) {
put_format(b, " sensor='%d'", sample->sensor);
old->sensor = sample->sensor;
}
/* the deco/ndl values are stored whenever they change */
if (sample->ndl.seconds != old->ndl.seconds) {
put_format(b, " ndl='%u:%02u min'", FRACTION(sample->ndl.seconds, 60));
old->ndl = sample->ndl;
}
if (sample->tts.seconds != old->tts.seconds) {
put_format(b, " tts='%u:%02u min'", FRACTION(sample->tts.seconds, 60));
old->tts = sample->tts;
}
if (sample->rbt.seconds)
put_format(b, " rbt='%u:%02u min'", FRACTION(sample->rbt.seconds, 60));
if (sample->in_deco != old->in_deco) {
put_format(b, " in_deco='%d'", sample->in_deco ? 1 : 0);
old->in_deco = sample->in_deco;
}
if (sample->stoptime.seconds != old->stoptime.seconds) {
put_format(b, " stoptime='%u:%02u min'", FRACTION(sample->stoptime.seconds, 60));
old->stoptime = sample->stoptime;
}
if (sample->stopdepth.mm != old->stopdepth.mm) {
put_milli(b, " stopdepth='", sample->stopdepth.mm, " m'");
old->stopdepth = sample->stopdepth;
}
if (sample->cns != old->cns) {
put_format(b, " cns='%u%%'", sample->cns);
old->cns = sample->cns;
}
if ((sample->o2sensor[0].mbar) && (sample->o2sensor[0].mbar != old->o2sensor[0].mbar)) {
put_milli(b, " sensor1='", sample->o2sensor[0].mbar, " bar'");
old->o2sensor[0] = sample->o2sensor[0];
}
if ((sample->o2sensor[1].mbar) && (sample->o2sensor[1].mbar != old->o2sensor[1].mbar)) {
put_milli(b, " sensor2='", sample->o2sensor[1].mbar, " bar'");
old->o2sensor[1] = sample->o2sensor[1];
}
if ((sample->o2sensor[2].mbar) && (sample->o2sensor[2].mbar != old->o2sensor[2].mbar)) {
put_milli(b, " sensor3='", sample->o2sensor[2].mbar, " bar'");
old->o2sensor[2] = sample->o2sensor[2];
}
if (sample->setpoint.mbar != old->setpoint.mbar) {
put_milli(b, " po2='", sample->setpoint.mbar, " bar'");
old->setpoint = sample->setpoint;
}
show_index(b, sample->heartbeat, "heartbeat='", "'");
show_index(b, sample->bearing.degrees, "bearing='", "'");
put_format(b, " />\n");
}
