/// <summary>
/// Initialize static skills.
/// </summary>
internal static void Load()
{
SkillsDatafile datafile = Util.DeserializeDatafile <SkillsDatafile>(DatafileConstants.SkillsDatafile,
Util.LoadXslt(Properties.Resources.DatafilesXSLT));
// Fetch deserialized data
s_arrayIndicesCount = 0;
List <Collection <SerializableSkillPrerequisite> > prereqs = new List <Collection <SerializableSkillPrerequisite> >();
foreach (SerializableSkillGroup srcGroup in datafile.SkillGroups)
{
StaticSkillGroup group = new StaticSkillGroup(srcGroup, ref s_arrayIndicesCount);
s_skillGroupsByID[@group.ID] = @group;
// Store skills
foreach (StaticSkill skill in @group)
{
s_skillsByID[skill.ID] = skill;
s_skillsByName[skill.Name] = skill;
}
// Store prereqs
prereqs.AddRange(srcGroup.Skills.Select(serialSkill => serialSkill.SkillPrerequisites));
}
// Complete initialization
s_skills = new StaticSkill[s_arrayIndicesCount];
foreach (StaticSkill staticSkill in s_skillsByID.Values)
{
staticSkill.CompleteInitialization(prereqs[staticSkill.ArrayIndex]);
s_skills[staticSkill.ArrayIndex] = staticSkill;
}
GlobalDatafileCollection.OnDatafileLoaded();
}
/// <summary>
/// Initialize static items.
/// </summary>
internal static void Load()
{
if (MarketGroups != null)
{
return;
}
// Create the implants slots
for (int i = 0; i < s_implantSlots.Length; i++)
{
s_implantSlots[i] = new ImplantCollection((ImplantSlots)i);
}
// Deserialize the items datafile
ItemsDatafile datafile = Util.DeserializeDatafile <ItemsDatafile>(DatafileConstants.ItemsDatafile,
Util.LoadXslt(Properties.Resources.DatafilesXSLT));
MarketGroups = new MarketGroupCollection(null, datafile.MarketGroups);
// Gather the items into a by-ID dictionary
foreach (MarketGroup marketGroup in MarketGroups)
{
InitializeDictionaries(marketGroup);
}
GlobalDatafileCollection.OnDatafileLoaded();
}
/// <summary>
/// Initialize static certificates.
/// </summary>
internal static void Load()
{
CertificatesDatafile datafile = Util.DeserializeDatafile <CertificatesDatafile>(DatafileConstants.CertificatesDatafile,
Util.LoadXslt(Properties.Resources.DatafilesXSLT));
AllGroups = new Collection <StaticCertificateGroup>();
foreach (SerializableCertificateGroup srcGroup in datafile.Groups)
{
AllGroups.Add(new StaticCertificateGroup(srcGroup));
}
// Build inner collections
foreach (StaticCertificateClass certClass in AllGroups.SelectMany(certClass => certClass))
{
s_classesByName[certClass.Name] = certClass;
s_certificatesByID[certClass.Certificate.ID] = certClass.Certificate;
}
// Completes intialization
foreach (SerializableCertificateClass srcClass in datafile.Groups.SelectMany(srcGroup => srcGroup.Classes))
{
s_classesByName[srcClass.Name].Certificate.CompleteInitialization(srcClass.Certificate.Prerequisites);
}
GlobalDatafileCollection.OnDatafileLoaded();
}
/// <summary>
/// Initialize static geography.
/// </summary>
internal static void Load()
{
GeoDatafile datafile = LoadGeoData();
LoadFactions();
CompleteInitialization(datafile);
GlobalDatafileCollection.OnDatafileLoaded();
}
/// <summary>
/// Initialize static reprocssing information.
/// </summary>
internal static void Load()
{
ReprocessingDatafile datafile = Util.DeserializeDatafile <ReprocessingDatafile>(
DatafileConstants.ReprocessingDatafile, Util.LoadXslt(Properties.Resources.DatafilesXSLT));
foreach (SerializableItemMaterials item in datafile.Items)
{
MaterialCollection materials = new MaterialCollection(item.Materials.Select(itemMaterial => new Material(itemMaterial)).ToList());
s_itemMaterialsByID[item.ID] = materials;
}
GlobalDatafileCollection.OnDatafileLoaded();
}
/// <summary>
/// Initialize static masteries.
/// </summary>
internal static void Load()
{
MasteriesDatafile datafile = Util.DeserializeDatafile <MasteriesDatafile>(
DatafileConstants.MasteriesDatafile);
foreach (SerializableMasteryShip srcShip in datafile.MasteryShips)
{
Ship ship = StaticItems.GetItemByID(srcShip.ID) as Ship;
if (ship != null)
{
s_masteryShipsByID[ship.ID] = new MasteryShip(srcShip, ship);
}
}
GlobalDatafileCollection.OnDatafileLoaded();
}
/// <summary>
/// Initialize static blueprints.
/// </summary>
internal static void Load()
{
if (BlueprintMarketGroups != null)
{
return;
}
BlueprintsDatafile datafile = Util.DeserializeDatafile <BlueprintsDatafile>(DatafileConstants.BlueprintsDatafile,
Util.LoadXslt(Properties.Resources.DatafilesXSLT));
BlueprintMarketGroups = new BlueprintMarketGroupCollection(null, datafile.MarketGroups);
foreach (BlueprintMarketGroup srcGroup in BlueprintMarketGroups)
{
InitializeDictionaries(srcGroup);
}
GlobalDatafileCollection.OnDatafileLoaded();
}
/// <summary>
/// Initialize static geography.
/// </summary>
internal static void Load()
{
GeoDatafile datafile = Util.DeserializeDatafile <GeoDatafile>(DatafileConstants.GeographyDatafile,
Util.LoadXslt(Properties.Resources.DatafilesXSLT));
// Generate the nodes
foreach (SerializableRegion srcRegion in datafile.Regions)
{
Region region = new Region(srcRegion);
s_regionsByID[srcRegion.ID] = region;
// Store the children into their dictionaries
foreach (Constellation constellation in region)
{
s_constellationsByID[constellation.ID] = constellation;
foreach (SolarSystem solarSystem in constellation)
{
s_solarSystemsByID[solarSystem.ID] = solarSystem;
foreach (Station station in solarSystem)
{
s_stationsByID[station.ID] = station;
s_corporationsByID[station.CorporationID] = new NPCCorporation(station);
foreach (Agent agent in station)
{
s_agentsByID[agent.ID] = agent;
}
}
}
}
}
CompleteInitialization(datafile);
GlobalDatafileCollection.OnDatafileLoaded();
}
/// <summary>
/// Initialize static properties.
/// </summary>
internal static void Load()
{
PropertiesDatafile datafile =
Util.DeserializeDatafile <PropertiesDatafile>(DatafileConstants.PropertiesDatafile,
Util.LoadXslt(Properties.Resources.DatafilesXSLT));
// Fetch deserialized data
foreach (EvePropertyCategory category in datafile.Categories.Select(
srcCategory => new EvePropertyCategory(srcCategory)))
{
s_categoriesByID[category.ID] = category;
s_categoriesByName[category.Name] = category;
// Store properties
foreach (EveProperty property in category)
{
s_propertiesByID[property.ID] = property;
s_propertiesByName[property.Name] = property;
}
}
// Set visibility in ships browser
foreach (int propertyID in DBConstants.AlwaysVisibleForShipPropertyIDs.Where(
propertyID => s_propertiesByID.ContainsKey(propertyID)))
{
s_propertiesByID[propertyID].AlwaysVisibleForShips = true;
}
// Set hide if default for properties
// we want to hide in browser if they just show their default value
foreach (int propertyID in DBConstants.HideIfDefaultPropertyIDs.Where(
propertyID => s_propertiesByID.ContainsKey(propertyID)))
{
s_propertiesByID[propertyID].HideIfDefault = true;
}
GlobalDatafileCollection.OnDatafileLoaded();
}
/// <summary>
/// Initializes paths, static objects, check and load datafiles, etc.
/// </summary>
/// <remarks>May be called more than once without causing redundant operations to occur.</remarks>
public static void Initialize()
{
lock (s_initializationLock)
{
if (s_initialized)
return;
s_initialized = true;
Trace("EveClient.Initialize() - begin");
// Members instantiations
HttpWebService = new HttpWebService();
APIProviders = new GlobalAPIProviderCollection();
MonitoredCharacters = new GlobalMonitoredCharacterCollection();
CharacterIdentities = new GlobalCharacterIdentityCollection();
Notifications = new GlobalNotificationCollection();
Characters = new GlobalCharacterCollection();
Datafiles = new GlobalDatafileCollection();
Accounts = new GlobalAccountCollection();
EVEServer = new EveServer();
// Load static datas (min order to follow : skills before anything else, items before certs)
Trace("Load Datafiles - begin");
StaticProperties.Load();
StaticSkills.Load();
StaticItems.Load();
StaticCertificates.Load();
StaticBlueprints.Load();
Trace("Load Datafiles - done");
// Network monitoring (connection availability changes)
NetworkMonitor.Initialize();
Trace("EveClient.Initialize() - done");
}
}
/// <summary>
/// Initializes paths, static objects, check and load datafiles, etc.
/// </summary>
/// <remarks>May be called more than once without causing redundant operations to occur.</remarks>
public static void Initialize()
{
if (s_initialized)
return;
s_initialized = true;
Trace("begin");
// Network monitoring (connection availability changes)
NetworkMonitor.Initialize();
// APIMethods collection initialization (always before members instatiation)
APIMethods.Initialize();
// Members instantiations
APIProviders = new GlobalAPIProviderCollection();
MonitoredCharacters = new GlobalMonitoredCharacterCollection();
CharacterIdentities = new GlobalCharacterIdentityCollection();
Notifications = new GlobalNotificationCollection();
Characters = new GlobalCharacterCollection();
Datafiles = new GlobalDatafileCollection();
APIKeys = new GlobalAPIKeyCollection();
EVEServer = new EveServer();
Trace("done");
}