FGFS-4.1
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fg-simbrief-addon
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Nicer logging

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master
Tobias Dammers 3 years ago
parent b202e67762
commit 8455380975
1 changed files with 28 additions and 28 deletions
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56
addon-main.nas
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@ -23,7 +23,7 @@ var modifyableFlightplan = nil;
var download = func (username, onSuccess, onFailure=nil) { var download = func (username, onSuccess, onFailure=nil) {
if (getprop('/sim/simbrief/downloading')) { if (getprop('/sim/simbrief/downloading')) {
print("SimBrief download already active"); logprint(4, "SimBrief download already active");
} }
setprop('/sim/simbrief/downloading', 1); setprop('/sim/simbrief/downloading', 1);
setprop('/sim/simbrief/text-status', 'downloading...'); setprop('/sim/simbrief/text-status', 'downloading...');
@ -32,15 +32,15 @@ var download = func (username, onSuccess, onFailure=nil) {
if (onFailure == nil) { if (onFailure == nil) {
onFailure = func (r) { onFailure = func (r) {
setprop('/sim/simbrief/text-status', sprintf('HTTP error (%s/%s)', r.status, r.reason)); setprop('/sim/simbrief/text-status', sprintf('HTTP error (%s/%s)', r.status, r.reason));
printf("SimBrief download from %s failed with HTTP status %s", logprint(4, sprintf("SimBrief download from %s failed with HTTP status %s",
url, r.status); url, r.status));
} }
} }
http.save(url, filename) http.save(url, filename)
.done(func (r) { .done(func (r) {
setprop('/sim/simbrief/text-status', 'parsing...'); setprop('/sim/simbrief/text-status', 'parsing...');
printf("SimBrief download from %s complete.", url); logprint(3, sprintf("SimBrief download from %s complete.", url));
var errs = []; var errs = [];
call(onSuccess, [filename], nil, {}, errs); call(onSuccess, [filename], nil, {}, errs);
if (size(errs) > 0) { if (size(errs) > 0) {
@ -64,7 +64,7 @@ var read = func (filename=nil) {
var xml = io.readxml(filename); var xml = io.readxml(filename);
var ofpNode = xml.getChild('OFP'); var ofpNode = xml.getChild('OFP');
if (ofpNode == nil) { if (ofpNode == nil) {
print("Error loading SimBrief OFP"); logprint(5, "Error loading SimBrief OFP");
return nil; return nil;
} }
else { else {
@ -77,14 +77,14 @@ var toFlightplan = func (ofp, fp=nil) {
var departureID = ofp.getNode('origin/icao_code').getValue(); var departureID = ofp.getNode('origin/icao_code').getValue();
var departures = findAirportsByICAO(departureID); var departures = findAirportsByICAO(departureID);
if (departures == nil or size(departures) == 0) { if (departures == nil or size(departures) == 0) {
printf("Airport not found: %s", departureID); logprint(5, sprintf("Airport not found: %s", departureID));
return nil; return nil;
} }
var destinationID = ofp.getNode('destination/icao_code').getValue(); var destinationID = ofp.getNode('destination/icao_code').getValue();
var destinations = findAirportsByICAO(destinationID); var destinations = findAirportsByICAO(destinationID);
if (destinations == nil or size(destinations) == 0) { if (destinations == nil or size(destinations) == 0) {
printf("Airport not found: %s", destinationID); logprint(5, sprintf("Airport not found: %s", destinationID));
return nil; return nil;
} }
@ -128,7 +128,7 @@ var toFlightplan = func (ofp, fp=nil) {
coords.set_latlon( coords.set_latlon(
ofpFix.getNode('pos_lat').getValue(), ofpFix.getNode('pos_lat').getValue(),
ofpFix.getNode('pos_long').getValue()); ofpFix.getNode('pos_long').getValue());
printf("%s %f %f", ident, coords.lat(), coords.lon()); logprint(2, sprintf("%s %f %f", ident, coords.lat(), coords.lon()));
var wp = createWP(coords, ident); var wp = createWP(coords, ident);
if (seenTOC and alt == initialAltitude) { if (seenTOC and alt == initialAltitude) {
# this is the waypoint where we expect to reach initial cruise # this is the waypoint where we expect to reach initial cruise
@ -174,14 +174,14 @@ var toFlightplan = func (ofp, fp=nil) {
fp.insertWaypoints(wps, 1); fp.insertWaypoints(wps, 1);
if (getprop('/sim/simbrief/options/import-departure') or 0) { if (getprop('/sim/simbrief/options/import-departure') or 0) {
departureRunwayID = ofp.getNode('origin').getValue('plan_rwy'); departureRunwayID = ofp.getNode('origin').getValue('plan_rwy');
printf("Trying to select departure: %s / %s", sidID, departureRunwayID); logprint(2, sprintf("Trying to select departure: %s / %s", sidID, departureRunwayID));
fp.departure_runway = departures[0].runways[departureRunwayID]; fp.departure_runway = departures[0].runways[departureRunwayID];
if (sidID != nil) { if (sidID != nil) {
fp.sid = departures[0].getSid(sidID); fp.sid = departures[0].getSid(sidID);
if (fp.sid == nil) if (fp.sid == nil)
fp.sid = departures[0].getSid(sidID ~ '.' ~ departureRunwayID); fp.sid = departures[0].getSid(sidID ~ '.' ~ departureRunwayID);
if (fp.sid == nil) { if (fp.sid == nil) {
printf("SID not found: %s", sidID); logprint(4, sprintf("SID not found: %s", sidID));
} }
} }
} }
@ -194,7 +194,7 @@ var toFlightplan = func (ofp, fp=nil) {
if (fp.star == nil) if (fp.star == nil)
fp.star = destinations[0].getStar(starID ~ '.' ~ destinationRunwayID); fp.star = destinations[0].getStar(starID ~ '.' ~ destinationRunwayID);
if (fp.star == nil) { if (fp.star == nil) {
printf("STAR not found: %s", starID); logprint(4, sprintf("STAR not found: %s", starID));
} }
} }
} }
@ -210,7 +210,7 @@ var importFOB = func (ofp) {
var unallocated = fob; var unallocated = fob;
var tankNodes = props.globals.getNode('/consumables/fuel').getChildren('tank'); var tankNodes = props.globals.getNode('/consumables/fuel').getChildren('tank');
var strategy = getprop('sim/simbrief/options/fuel-strategy'); var strategy = getprop('sim/simbrief/options/fuel-strategy');
printf("Allocating %1.1f kg (%1.1f lbs) of fuel", fob, fob * KG2LB); logprint(3, sprintf("Allocating %1.1f kg (%1.1f lbs) of fuel", fob, fob * KG2LB));
var numTanks = size(tankNodes); var numTanks = size(tankNodes);
@ -219,7 +219,7 @@ var importFOB = func (ofp) {
var capacityNode = tankNode.getNode('capacity-m3'); var capacityNode = tankNode.getNode('capacity-m3');
var densityNode = tankNode.getNode('density-kgpm3'); var densityNode = tankNode.getNode('density-kgpm3');
if (tankNode == nil or capacityNode == nil or densityNode == nil) { if (tankNode == nil or capacityNode == nil or densityNode == nil) {
printf("Tank #%i not installed", tankNumber); logprint(3, sprintf("Tank #%i not installed", tankNumber));
return; return;
} }
var tankNameNode = tankNode.getNode('name'); var tankNameNode = tankNode.getNode('name');
@ -235,7 +235,7 @@ var importFOB = func (ofp) {
tankNode.getNode('capacity-m3').getValue() * tankNode.getNode('capacity-m3').getValue() *
tankNode.getNode('density-kgpm3').getValue(); tankNode.getNode('density-kgpm3').getValue();
amount = math.min(amount, tankCapacity); amount = math.min(amount, tankCapacity);
printf("Allocating %1.1f/%1.1f kg to %s", amount, unallocated, tankName); logprint(3, sprintf("Allocating %1.1f/%1.1f kg to %s", amount, unallocated, tankName));
tankNode.getNode('level-kg').setValue(amount); tankNode.getNode('level-kg').setValue(amount);
unallocated -= amount; unallocated -= amount;
} }
@ -251,7 +251,7 @@ var importFOB = func (ofp) {
} }
if (strategy == 'first-come-first-serve') { if (strategy == 'first-come-first-serve') {
print("Using 'first come, first serve' strategy"); logprint(3, "Using 'first come, first serve' strategy");
var i = 0; var i = 0;
while (i < numTanks) { while (i < numTanks) {
var tankNode = tankNodes[i]; var tankNode = tankNodes[i];
@ -283,10 +283,10 @@ var importFOB = func (ofp) {
} }
} }
else { else {
printf("Invalid strategy '%s', please allocate fuel manually", strategy); logprint(5, sprintf("Invalid strategy '%s', please allocate fuel manually", strategy));
} }
printf("Fuel not allocated: %1.1f kg", unallocated); logprint(4, sprintf("Fuel not allocated: %1.1f kg", unallocated));
}; };
var importPayload = func (ofp) { var importPayload = func (ofp) {
@ -308,7 +308,7 @@ var importPayload = func (ofp) {
foreach (var node; weightNodes) { foreach (var node; weightNodes) {
var nodeName = node.getValue('name'); var nodeName = node.getValue('name');
printf("Checking weight node %s", nodeName); logprint(3, sprintf("Checking weight node %s", nodeName));
if (string.imatch(nodeName, "*passenger*") or if (string.imatch(nodeName, "*passenger*") or
string.imatch(nodeName, "*pax*") or string.imatch(nodeName, "*pax*") or
@ -325,7 +325,7 @@ var importPayload = func (ofp) {
} }
if (size(paxWeightNodes) == 0 and size(cargoWeightNodes) == 0) { if (size(paxWeightNodes) == 0 and size(cargoWeightNodes) == 0) {
printf("Alas, this aircraft does not seem to use the standard weights system. Please configure payload manually."); logprint(4, sprintf("Alas, this aircraft does not seem to use the standard weights system. Please configure payload manually."));
return; return;
} }
@ -334,16 +334,16 @@ var importPayload = func (ofp) {
var paxUnallocated = ofp.getNode('weights/payload').getValue() * factor - cargoUnallocated; var paxUnallocated = ofp.getNode('weights/payload').getValue() * factor - cargoUnallocated;
var distribute = func (what, nodes, unallocated) { var distribute = func (what, nodes, unallocated) {
printf("Allocating %s: %1.1f lbs", what, unallocated); logprint(3, sprintf("Allocating %s: %1.1f lbs", what, unallocated));
var totalF = 0; var totalF = 0;
foreach (var node; nodes) { foreach (var node; nodes) {
var f = node.getValue('max-lb') - node.getValue('min-lb'); var f = node.getValue('max-lb') - node.getValue('min-lb');
node.setValue('weight-lb', node.getValue('min-lb')); node.setValue('weight-lb', node.getValue('min-lb'));
unallocated = unallocated - node.getValue('min-lb'); unallocated = unallocated - node.getValue('min-lb');
totalF = totalF + f; totalF = totalF + f;
printf("Allocating %1.1f/%1.1f lbs to %s", node.getValue('min-lb'), unallocated, node.getValue('name')); logprint(3, sprintf("Allocating %1.1f/%1.1f lbs to %s", node.getValue('min-lb'), unallocated, node.getValue('name')));
} }
printf("Remaining %s after minimum weights: %1.1f lbs", what, unallocated); logprint(3, sprintf("Remaining %s after minimum weights: %1.1f lbs", what, unallocated));
var remaining = unallocated; var remaining = unallocated;
if (remaining > 0) { if (remaining > 0) {
foreach (var node; nodes) { foreach (var node; nodes) {
@ -354,15 +354,15 @@ var importPayload = func (ofp) {
node.getValue('weight-lb') + node.getValue('weight-lb') +
toAdd); toAdd);
unallocated = unallocated - toAdd; unallocated = unallocated - toAdd;
printf("Allocating %1.1f/%1.1f lbs to %s", toAdd, unallocated, node.getValue('name')); logprint(3, sprintf("Allocating %1.1f/%1.1f lbs to %s", toAdd, unallocated, node.getValue('name')));
} }
} }
printf("Remaining unallocated %s: %1.1f lbs", what, unallocated); logprint(3, printf("Remaining unallocated %s: %1.1f lbs", what, unallocated));
return unallocated; return unallocated;
} }
if (size(paxWeightNodes) == 0) { if (size(paxWeightNodes) == 0) {
printf("No passenger space found, forcing passengers into cargo hold"); logprint(4, "No passenger space found, forcing passengers into cargo hold");
cargoUnallocated = cargoUnallocated + paxUnallocated; cargoUnallocated = cargoUnallocated + paxUnallocated;
paxUnallocated = 0; paxUnallocated = 0;
} }
@ -624,13 +624,13 @@ var findMenuNode = func (create=0) {
var main = func(addon) { var main = func(addon) {
if (globals['simbrief'] != nil) { if (globals['simbrief'] != nil) {
print("SimBrief importer already present, not activating add-on"); logprint(3, "SimBrief importer already present, not activating add-on");
} }
elsif (props.globals.getNode('/FMGC/simbrief-username') != nil) { elsif (props.globals.getNode('/FMGC/simbrief-username') != nil) {
print("A320 SimBrief import feature detected, not activating add-on"); logprint(3, "A320 SimBrief import feature detected, not activating add-on");
} }
else { else {
print("Loading SimBrief importer"); logprint(3, "Loading SimBrief importer");
globals['simbrief'] = { globals['simbrief'] = {
'loadFP': loadFP, 'loadFP': loadFP,
'startAloftUpdater': startAloftUpdater, 'startAloftUpdater': startAloftUpdater,

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