private void handleMaterialInventoryEvent(MaterialInventoryEvent @event)
{
// Set all listed material quantities to match the event
List <string> knownNames = new List <string>();
foreach (MaterialAmount materialAmount in @event.inventory)
{
setMaterial(materialAmount.edname, materialAmount.amount);
knownNames.Add(materialAmount.edname);
}
// Set any unlisted materials with known definitions to zero
var unlistedMaterials = Material.AllOfThem
.Where(m => m.Category != MaterialCategory.Unknown)
.Select(m => m.edname).Except(knownNames).ToList();
foreach (var unlistedMaterial in unlistedMaterials)
{
setMaterial(unlistedMaterial, 0);
}
// Clean up any materials which are both unlisted and unknown
lock (inventoryLock)
{
var unknownUnlistedMaterials = inventory
.Where(m => !knownNames.Contains(m.edname) && !unlistedMaterials.Contains(m.edname)).ToList();
foreach (var unknownUnlistedMaterial in unknownUnlistedMaterials)
{
inventory.Remove(unknownUnlistedMaterial);
}
}
// Update configuration information
writeMaterials();
}
private void handleMaterialInventoryEvent(MaterialInventoryEvent @event)
{
List <string> knownNames = new List <string>();
foreach (MaterialAmount materialAmount in @event.inventory)
{
setMaterial(materialAmount.edname, materialAmount.amount);
knownNames.Add(materialAmount.edname);
}
// Update configuration information
writeMaterials();
}
public void TestMaterialInventoryEvent()
{
var materialMonitor = new MaterialMonitor();
string line = @"{ ""timestamp"":""2021-01-23T02:50:29Z"", ""event"":""Materials"", ""Raw"":[ { ""Name"":""phosphorus"", ""Count"":231 }, { ""Name"":""mercury"", ""Count"":100 }, { ""Name"":""germanium"", ""Count"":244 }, { ""Name"":""manganese"", ""Count"":222 }, { ""Name"":""zirconium"", ""Count"":107 }, { ""Name"":""niobium"", ""Count"":130 }, { ""Name"":""vanadium"", ""Count"":164 }, { ""Name"":""yttrium"", ""Count"":112 }, { ""Name"":""carbon"", ""Count"":278 }, { ""Name"":""polonium"", ""Count"":65 }, { ""Name"":""nickel"", ""Count"":266 }, { ""Name"":""zinc"", ""Count"":167 }, { ""Name"":""molybdenum"", ""Count"":119 }, { ""Name"":""tungsten"", ""Count"":103 }, { ""Name"":""tin"", ""Count"":177 }, { ""Name"":""iron"", ""Count"":189 }, { ""Name"":""selenium"", ""Count"":75 }, { ""Name"":""arsenic"", ""Count"":101 }, { ""Name"":""chromium"", ""Count"":239 }, { ""Name"":""tellurium"", ""Count"":18 }, { ""Name"":""ruthenium"", ""Count"":39 }, { ""Name"":""technetium"", ""Count"":101 }, { ""Name"":""sulphur"", ""Count"":241 }, { ""Name"":""cadmium"", ""Count"":166 }, { ""Name"":""rhenium"", ""Count"":285 }, { ""Name"":""lead"", ""Count"":283 }, { ""Name"":""boron"", ""Count"":188 } ], ""Manufactured"":[ { ""Name"":""salvagedalloys"", ""Name_Localised"":""Salvaged Alloys"", ""Count"":257 }, { ""Name"":""shieldemitters"", ""Name_Localised"":""Shield Emitters"", ""Count"":227 }, { ""Name"":""conductivecomponents"", ""Name_Localised"":""Conductive Components"", ""Count"":179 }, { ""Name"":""mechanicalcomponents"", ""Name_Localised"":""Mechanical Components"", ""Count"":149 }, { ""Name"":""protolightalloys"", ""Name_Localised"":""Proto Light Alloys"", ""Count"":138 }, { ""Name"":""heatvanes"", ""Name_Localised"":""Heat Vanes"", ""Count"":122 }, { ""Name"":""hybridcapacitors"", ""Name_Localised"":""Hybrid Capacitors"", ""Count"":209 }, { ""Name"":""fedcorecomposites"", ""Name_Localised"":""Core Dynamics Composites"", ""Count"":29 }, { ""Name"":""highdensitycomposites"", ""Name_Localised"":""High Density Composites"", ""Count"":183 }, { ""Name"":""thermicalloys"", ""Name_Localised"":""Thermic Alloys"", ""Count"":150 }, { ""Name"":""heatexchangers"", ""Name_Localised"":""Heat Exchangers"", ""Count"":184 }, { ""Name"":""fedproprietarycomposites"", ""Name_Localised"":""Proprietary Composites"", ""Count"":116 }, { ""Name"":""improvisedcomponents"", ""Name_Localised"":""Improvised Components"", ""Count"":5 }, { ""Name"":""biotechconductors"", ""Name_Localised"":""Biotech Conductors"", ""Count"":71 }, { ""Name"":""gridresistors"", ""Name_Localised"":""Grid Resistors"", ""Count"":241 }, { ""Name"":""militarygradealloys"", ""Name_Localised"":""Military Grade Alloys"", ""Count"":100 }, { ""Name"":""heatdispersionplate"", ""Name_Localised"":""Heat Dispersion Plate"", ""Count"":238 }, { ""Name"":""exquisitefocuscrystals"", ""Name_Localised"":""Exquisite Focus Crystals"", ""Count"":99 }, { ""Name"":""mechanicalequipment"", ""Name_Localised"":""Mechanical Equipment"", ""Count"":231 }, { ""Name"":""conductiveceramics"", ""Name_Localised"":""Conductive Ceramics"", ""Count"":126 }, { ""Name"":""mechanicalscrap"", ""Name_Localised"":""Mechanical Scrap"", ""Count"":190 }, { ""Name"":""conductivepolymers"", ""Name_Localised"":""Conductive Polymers"", ""Count"":101 }, { ""Name"":""polymercapacitors"", ""Name_Localised"":""Polymer Capacitors"", ""Count"":93 }, { ""Name"":""compoundshielding"", ""Name_Localised"":""Compound Shielding"", ""Count"":124 }, { ""Name"":""refinedfocuscrystals"", ""Name_Localised"":""Refined Focus Crystals"", ""Count"":117 }, { ""Name"":""protoheatradiators"", ""Name_Localised"":""Proto Heat Radiators"", ""Count"":92 }, { ""Name"":""heatconductionwiring"", ""Name_Localised"":""Heat Conduction Wiring"", ""Count"":250 }, { ""Name"":""chemicalmanipulators"", ""Name_Localised"":""Chemical Manipulators"", ""Count"":135 }, { ""Name"":""configurablecomponents"", ""Name_Localised"":""Configurable Components"", ""Count"":120 }, { ""Name"":""precipitatedalloys"", ""Name_Localised"":""Precipitated Alloys"", ""Count"":195 }, { ""Name"":""unknowntechnologycomponents"", ""Name_Localised"":""Thargoid Technological Components"", ""Count"":30 }, { ""Name"":""unknownorganiccircuitry"", ""Name_Localised"":""Thargoid Organic Circuitry"", ""Count"":12 }, { ""Name"":""unknownenergycell"", ""Name_Localised"":""Thargoid Energy Cell"", ""Count"":19 }, { ""Name"":""unknownenergysource"", ""Name_Localised"":""Sensor Fragment"", ""Count"":13 }, { ""Name"":""unknowncarapace"", ""Name_Localised"":""Thargoid Carapace"", ""Count"":36 }, { ""Name"":""chemicaldistillery"", ""Name_Localised"":""Chemical Distillery"", ""Count"":200 }, { ""Name"":""shieldingsensors"", ""Name_Localised"":""Shielding Sensors"", ""Count"":188 }, { ""Name"":""focuscrystals"", ""Name_Localised"":""Focus Crystals"", ""Count"":189 }, { ""Name"":""wornshieldemitters"", ""Name_Localised"":""Worn Shield Emitters"", ""Count"":222 }, { ""Name"":""electrochemicalarrays"", ""Name_Localised"":""Electrochemical Arrays"", ""Count"":190 }, { ""Name"":""militarysupercapacitors"", ""Name_Localised"":""Military Supercapacitors"", ""Count"":3 }, { ""Name"":""uncutfocuscrystals"", ""Name_Localised"":""Flawed Focus Crystals"", ""Count"":235 }, { ""Name"":""protoradiolicalloys"", ""Name_Localised"":""Proto Radiolic Alloys"", ""Count"":44 }, { ""Name"":""phasealloys"", ""Name_Localised"":""Phase Alloys"", ""Count"":200 }, { ""Name"":""pharmaceuticalisolators"", ""Name_Localised"":""Pharmaceutical Isolators"", ""Count"":59 }, { ""Name"":""imperialshielding"", ""Name_Localised"":""Imperial Shielding"", ""Count"":97 }, { ""Name"":""chemicalprocessors"", ""Name_Localised"":""Chemical Processors"", ""Count"":230 }, { ""Name"":""galvanisingalloys"", ""Name_Localised"":""Galvanising Alloys"", ""Count"":241 }, { ""Name"":""basicconductors"", ""Name_Localised"":""Basic Conductors"", ""Count"":286 }, { ""Name"":""heatresistantceramics"", ""Name_Localised"":""Heat Resistant Ceramics"", ""Count"":231 }, { ""Name"":""temperedalloys"", ""Name_Localised"":""Tempered Alloys"", ""Count"":270 }, { ""Name"":""crystalshards"", ""Name_Localised"":""Crystal Shards"", ""Count"":232 }, { ""Name"":""guardian_powerconduit"", ""Name_Localised"":""Guardian Power Conduit"", ""Count"":219 }, { ""Name"":""guardian_powercell"", ""Name_Localised"":""Guardian Power Cell"", ""Count"":231 }, { ""Name"":""guardian_techcomponent"", ""Name_Localised"":""Guardian Technology Component"", ""Count"":30 }, { ""Name"":""guardian_sentinel_wreckagecomponents"", ""Name_Localised"":""Guardian Wreckage Components"", ""Count"":78 }, { ""Name"":""guardian_sentinel_weaponparts"", ""Name_Localised"":""Guardian Sentinel Weapon Parts"", ""Count"":162 }, { ""Name"":""compactcomposites"", ""Name_Localised"":""Compact Composites"", ""Count"":209 }, { ""Name"":""chemicalstorageunits"", ""Name_Localised"":""Chemical Storage Units"", ""Count"":269 }, { ""Name"":""filamentcomposites"", ""Name_Localised"":""Filament Composites"", ""Count"":224 }, { ""Name"":""tg_propulsionelement"", ""Name_Localised"":""Propulsion Elements"", ""Count"":66 }, { ""Name"":""tg_biomechanicalconduits"", ""Name_Localised"":""Bio-Mechanical Conduits"", ""Count"":75 }, { ""Name"":""tg_wreckagecomponents"", ""Name_Localised"":""Wreckage Components"", ""Count"":61 }, { ""Name"":""tg_weaponparts"", ""Name_Localised"":""Weapon Parts"", ""Count"":111 } ], ""Encoded"":[ { ""Name"":""shieldsoakanalysis"", ""Name_Localised"":""Inconsistent Shield Soak Analysis"", ""Count"":241 }, { ""Name"":""scrambledemissiondata"", ""Name_Localised"":""Exceptional Scrambled Emission Data"", ""Count"":263 }, { ""Name"":""encodedscandata"", ""Name_Localised"":""Divergent Scan Data"", ""Count"":73 }, { ""Name"":""hyperspacetrajectories"", ""Name_Localised"":""Eccentric Hyperspace Trajectories"", ""Count"":133 }, { ""Name"":""encryptioncodes"", ""Name_Localised"":""Tagged Encryption Codes"", ""Count"":217 }, { ""Name"":""disruptedwakeechoes"", ""Name_Localised"":""Atypical Disrupted Wake Echoes"", ""Count"":267 }, { ""Name"":""wakesolutions"", ""Name_Localised"":""Strange Wake Solutions"", ""Count"":169 }, { ""Name"":""symmetrickeys"", ""Name_Localised"":""Open Symmetric Keys"", ""Count"":158 }, { ""Name"":""securityfirmware"", ""Name_Localised"":""Security Firmware Patch"", ""Count"":85 }, { ""Name"":""decodedemissiondata"", ""Name_Localised"":""Decoded Emission Data"", ""Count"":148 }, { ""Name"":""shieldpatternanalysis"", ""Name_Localised"":""Aberrant Shield Pattern Analysis"", ""Count"":150 }, { ""Name"":""unknownshipsignature"", ""Name_Localised"":""Thargoid Ship Signature"", ""Count"":45 }, { ""Name"":""unknownwakedata"", ""Name_Localised"":""Thargoid Wake Data"", ""Count"":9 }, { ""Name"":""ancienttechnologicaldata"", ""Name_Localised"":""Pattern Epsilon Obelisk Data"", ""Count"":75 }, { ""Name"":""ancientlanguagedata"", ""Name_Localised"":""Pattern Delta Obelisk Data"", ""Count"":150 }, { ""Name"":""ancienthistoricaldata"", ""Name_Localised"":""Pattern Gamma Obelisk Data"", ""Count"":150 }, { ""Name"":""ancientbiologicaldata"", ""Name_Localised"":""Pattern Alpha Obelisk Data"", ""Count"":150 }, { ""Name"":""ancientculturaldata"", ""Name_Localised"":""Pattern Beta Obelisk Data"", ""Count"":150 }, { ""Name"":""fsdtelemetry"", ""Name_Localised"":""Anomalous FSD Telemetry"", ""Count"":249 }, { ""Name"":""bulkscandata"", ""Name_Localised"":""Anomalous Bulk Scan Data"", ""Count"":282 }, { ""Name"":""emissiondata"", ""Name_Localised"":""Unexpected Emission Data"", ""Count"":142 }, { ""Name"":""shieldcyclerecordings"", ""Name_Localised"":""Distorted Shield Cycle Recordings"", ""Count"":300 }, { ""Name"":""embeddedfirmware"", ""Name_Localised"":""Modified Embedded Firmware"", ""Count"":39 }, { ""Name"":""legacyfirmware"", ""Name_Localised"":""Specialised Legacy Firmware"", ""Count"":247 }, { ""Name"":""encryptedfiles"", ""Name_Localised"":""Unusual Encrypted Files"", ""Count"":283 }, { ""Name"":""archivedemissiondata"", ""Name_Localised"":""Irregular Emission Data"", ""Count"":213 }, { ""Name"":""consumerfirmware"", ""Name_Localised"":""Modified Consumer Firmware"", ""Count"":212 }, { ""Name"":""shieldfrequencydata"", ""Name_Localised"":""Peculiar Shield Frequency Data"", ""Count"":36 }, { ""Name"":""tg_residuedata"", ""Name_Localised"":""Thargoid Residue Data"", ""Count"":24 }, { ""Name"":""tg_structuraldata"", ""Name_Localised"":""Thargoid Structural Data"", ""Count"":33 }, { ""Name"":""tg_compositiondata"", ""Name_Localised"":""Thargoid Material Composition Data"", ""Count"":30 }, { ""Name"":""classifiedscandata"", ""Name_Localised"":""Classified Scan Fragment"", ""Count"":38 }, { ""Name"":""compactemissionsdata"", ""Name_Localised"":""Abnormal Compact Emissions Data"", ""Count"":31 }, { ""Name"":""encryptionarchives"", ""Name_Localised"":""Atypical Encryption Archives"", ""Count"":121 }, { ""Name"":""shielddensityreports"", ""Name_Localised"":""Untypical Shield Scans "", ""Count"":182 }, { ""Name"":""industrialfirmware"", ""Name_Localised"":""Cracked Industrial Firmware"", ""Count"":25 }, { ""Name"":""dataminedwake"", ""Name_Localised"":""Datamined Wake Exceptions"", ""Count"":29 }, { ""Name"":""scandatabanks"", ""Name_Localised"":""Classified Scan Databanks"", ""Count"":181 }, { ""Name"":""scanarchives"", ""Name_Localised"":""Unidentified Scan Archives"", ""Count"":234 }, { ""Name"":""adaptiveencryptors"", ""Name_Localised"":""Adaptive Encryptors Capture"", ""Count"":40 }, { ""Name"":""guardian_vesselblueprint"", ""Name_Localised"":""Guardian Vessel Blueprint Fragment"", ""Count"":5 }, { ""Name"":""guardian_moduleblueprint"", ""Name_Localised"":""Guardian Module Blueprint Fragment"", ""Count"":6 } ] }";
var events = JournalMonitor.ParseJournalEntry(line);
MaterialInventoryEvent @event = (MaterialInventoryEvent)events[0];
int?InventoryAmount(string edname)
{
return(materialMonitor.inventory
.SingleOrDefault(m => string.Equals(m.edname, edname, StringComparison.InvariantCultureIgnoreCase))
?.amount);
}
// Add antimony so that we can test whether obsolete data in our inventory but not listed in the event is corrected
var antimony = materialMonitor.inventory.Single(m => string.Equals(m.edname, "antimony", StringComparison.InvariantCultureIgnoreCase));
if (antimony is null)
{
antimony = new MaterialAmount("antimony", 5, 25, 50, 75);
materialMonitor.inventory.Add(antimony);
}
else
{
antimony.amount = 5;
}
Assert.AreEqual(5, InventoryAmount("antimony"));
// Handle our event
materialMonitor.PreHandle(@event);
// Test materials listed in the event
Assert.AreEqual(231, InventoryAmount("phosphorus"));
Assert.AreEqual(100, InventoryAmount("mercury"));
Assert.AreEqual(244, InventoryAmount("germanium"));
// Test materials not listed in the event
Assert.AreEqual(0, InventoryAmount("antimony"));
Assert.AreEqual(0, InventoryAmount("guardian_weaponblueprint"));
// Test unknown materials
Assert.IsNull(InventoryAmount("unobtainum"));
}
private void handleMaterialInventoryEvent(MaterialInventoryEvent @event)
{
// Set all listed material quantities to match the event
List <string> knownNames = new List <string>();
foreach (MaterialAmount materialAmount in @event.inventory)
{
setMaterial(materialAmount.edname, materialAmount.amount);
knownNames.Add(materialAmount.edname);
}
// Set any unlisted materials to zero
var unlistedMaterials = Material.AllOfThem.Select(m => m.edname).Except(knownNames).ToList();
foreach (var unlistedMaterial in unlistedMaterials)
{
setMaterial(unlistedMaterial, 0);
}
// Update configuration information
writeMaterials();
}
public void Handle(Event theEvent)
{
if (EDDI.Instance.inCQC)
{
// We don't do anything whilst in CQC
return;
}
if (EDDI.Instance.inCrew)
{
// We don't do anything whilst in multicrew
return;
}
if (EDDI.Instance.inBeta)
{
// We don't send data whilst in beta
return;
}
if (starMapService != null)
{
if (theEvent is JumpedEvent)
{
JumpedEvent jumpedEvent = (JumpedEvent)theEvent;
if (jumpedEvent.system != system)
{
Logging.Debug("Sending jump data to EDSM (jumped)");
starMapService.sendStarMapLog(jumpedEvent.timestamp, jumpedEvent.system, jumpedEvent.x, jumpedEvent.y, jumpedEvent.z);
system = jumpedEvent.system;
}
}
else if (theEvent is CommanderContinuedEvent)
{
CommanderContinuedEvent continuedEvent = (CommanderContinuedEvent)theEvent;
starMapService.sendCredits(continuedEvent.credits, continuedEvent.loan);
}
else if (theEvent is MaterialInventoryEvent)
{
MaterialInventoryEvent materialInventoryEvent = (MaterialInventoryEvent)theEvent;
Dictionary <string, int> materials = new Dictionary <string, int>();
Dictionary <string, int> data = new Dictionary <string, int>();
foreach (MaterialAmount ma in materialInventoryEvent.inventory)
{
Material material = Material.FromEDName(ma.edname);
if (material.category == "Element" || material.category == "Manufactured")
{
materials.Add(material.EDName, ma.amount);
}
else
{
data.Add(material.EDName, ma.amount);
}
}
starMapService.sendMaterials(materials);
starMapService.sendData(data);
}
else if (theEvent is ShipLoadoutEvent)
{
ShipLoadoutEvent shipLoadoutEvent = (ShipLoadoutEvent)theEvent;
Ship ship = ((ShipMonitor)EDDI.Instance.ObtainMonitor("Ship monitor")).GetShip(shipLoadoutEvent.shipid);
starMapService.sendShip(ship);
}
else if (theEvent is ShipSwappedEvent)
{
ShipSwappedEvent shipSwappedEvent = (ShipSwappedEvent)theEvent;
if (shipSwappedEvent.shipid.HasValue)
{
starMapService.sendShipSwapped((int)shipSwappedEvent.shipid);
}
}
else if (theEvent is ShipSoldEvent)
{
ShipSoldEvent shipSoldEvent = (ShipSoldEvent)theEvent;
if (shipSoldEvent.shipid.HasValue)
{
starMapService.sendShipSold((int)shipSoldEvent.shipid);
}
}
else if (theEvent is ShipDeliveredEvent)
{
ShipDeliveredEvent shipDeliveredEvent = (ShipDeliveredEvent)theEvent;
if (shipDeliveredEvent.shipid.HasValue)
{
starMapService.sendShipSwapped((int)shipDeliveredEvent.shipid);
}
}
else if (theEvent is CommanderProgressEvent)
{
CommanderProgressEvent progressEvent = (CommanderProgressEvent)theEvent;
if (EDDI.Instance.Cmdr != null && EDDI.Instance.Cmdr.federationrating != null)
{
starMapService.sendRanks(EDDI.Instance.Cmdr.combatrating.rank, (int)progressEvent.combat,
EDDI.Instance.Cmdr.traderating.rank, (int)progressEvent.trade,
EDDI.Instance.Cmdr.explorationrating.rank, (int)progressEvent.exploration,
EDDI.Instance.Cmdr.cqcrating.rank, (int)progressEvent.cqc,
EDDI.Instance.Cmdr.federationrating.rank, (int)progressEvent.federation,
EDDI.Instance.Cmdr.empirerating.rank, (int)progressEvent.empire);
}
}
}
}