private void readMaterials()
{
lock (inventoryLock)
{
// Obtain current inventory from configuration
MaterialMonitorConfiguration configuration = MaterialMonitorConfiguration.FromFile();
// Build a new inventory
List <MaterialAmount> newInventory = new List <MaterialAmount>();
// Start with the materials we have in the log
foreach (MaterialAmount ma in configuration.materials)
{
// Remove incorrect edname introduced in an earlier version of EDDI
if (ma.edname == "tg_shipsystemdata") // Should be "shipsystemsdata"
{
continue;
}
MaterialAmount ma2 = new MaterialAmount(ma.edname, ma.amount, ma.minimum, ma.desired, ma.maximum);
// Make sure the edname is unique before adding the material to the new inventory
if (newInventory.Where(inv => inv.edname == ma2.edname).Count() == 0)
{
// Set material maximums if they aren't already defined
if (ma2.maximum == null || !ma2.maximum.HasValue)
{
int rarityLevel = Material.FromEDName(ma2.edname).rarity.level;
if (rarityLevel > 0)
{
ma2.maximum = -50 * (rarityLevel) + 350;
}
}
newInventory.Add(ma2);
}
}
// Add in any new materials
foreach (Material material in Material.AllOfThem.ToList())
{
MaterialAmount ma = newInventory.Where(inv => inv.edname == material.edname).FirstOrDefault();
if (ma == null)
{
// We don't have this one - add it and set it to zero
Logging.Debug("Adding new material " + material.invariantName + " to the materials list");
ma = new MaterialAmount(material, 0);
newInventory.Add(ma);
}
}
// Now order the list by name
newInventory = newInventory.OrderBy(m => m.material).ToList();
// Update the inventory
inventory.Clear();
foreach (MaterialAmount ma in newInventory)
{
inventory.Add(ma);
}
}
}
public ConfigurationWindow()
{
InitializeComponent();
materialsData.ItemsSource = materialMonitor()?.inventory;
MaterialMonitorConfiguration configuration = MaterialMonitorConfiguration.FromFile();
maxStationDistanceInt.Text = configuration.maxStationDistanceFromStarLs?.ToString(CultureInfo.InvariantCulture);
}
private void maxStationDistance_Changed()
{
MaterialMonitorConfiguration configuration = MaterialMonitorConfiguration.FromFile();
try
{
int?distance = string.IsNullOrWhiteSpace(maxStationDistanceInt.Text)
? 10000 : Convert.ToInt32(maxStationDistanceInt.Text, CultureInfo.InvariantCulture);
if (distance != configuration.maxStationDistanceFromStarLs)
{
materialMonitor().maxStationDistanceFromStarLs = distance;
configuration.maxStationDistanceFromStarLs = distance;
configuration.ToFile();
}
}
catch
{
// Bad user input; ignore it
}
}
private void readMaterials()
{
lock (inventoryLock)
{
// Obtain current inventory from configuration
MaterialMonitorConfiguration configuration = MaterialMonitorConfiguration.FromFile();
// Build a new inventory
List <MaterialAmount> newInventory = new List <MaterialAmount>();
// Start with the materials we have in the log
foreach (MaterialAmount ma in configuration.materials)
{
newInventory.Add(ma);
}
// Add in any new materials
foreach (Material material in Material.MATERIALS)
{
MaterialAmount ma = newInventory.Where(inv => inv.material == material.name).FirstOrDefault();
if (ma == null)
{
// We don't have this one - add it
ma = new MaterialAmount(material, 0);
newInventory.Add(ma);
}
}
// Now order the list by name
newInventory = newInventory.OrderBy(m => m.material).ToList();
// Update the inventory
inventory.Clear();
foreach (MaterialAmount ma in newInventory)
{
inventory.Add(ma);
}
}
}
private void readMaterials()
{
lock (inventoryLock)
{
// Obtain current inventory from configuration
MaterialMonitorConfiguration configuration = MaterialMonitorConfiguration.FromFile();
// Build a new inventory
List <MaterialAmount> newInventory = new List <MaterialAmount>();
// Start with the materials we have in the log
foreach (MaterialAmount ma in configuration.materials)
{
// Fix up & add any materials that are not deprecated material names
if (Material.DeprecatedMaterials(ma.material) == false)
{
bool addToInv = false;
// if the edname is not set, or
if (ma.edname == null)
{
addToInv = true;
}
// if the edname is UNIQUE to the collection, or
else if (configuration.materials.Any(item => item.edname == ma.edname) == false)
{
addToInv = true;
}
/// if the EDNAME IS NOT UNIQUE to the collection, the MATERIAL NAME IS UNIQUE, & THE EDNAME DOESN'T MATCH THE MATERIAL NAME
/// (once an EDName is established, this will identify & "heal" any duplicate entries having the same EDName in the materialmonitor)
else if ((configuration.materials.Any(item => item.edname == ma.edname) == true) &&
(configuration.materials.Any(item => item.material == ma.material) == true) &&
(ma.edname != ma.material))
{
addToInv = true;
}
// then add the material to the new inventory list, preserving user preferences for that material
if (addToInv == true)
{
MaterialAmount ma2 = new MaterialAmount(ma.material, ma.amount, ma.minimum, ma.desired, ma.maximum);
newInventory.Add(ma2);
}
}
}
// Add in any new materials
foreach (Material material in Material.MATERIALS)
{
MaterialAmount ma = newInventory.Where(inv => inv.edname == material.EDName).FirstOrDefault();
if (ma == null)
{
// We don't have this one - add it and set it to zero
if ((Material.DeprecatedMaterials(material.name) == false))
{
Logging.Debug("Adding new material " + material.name + " to the materials list");
ma = new MaterialAmount(material, 0);
newInventory.Add(ma);
}
}
}
// Now order the list by name
newInventory = newInventory.OrderBy(m => m.material).ToList();
// Update the inventory
inventory.Clear();
foreach (MaterialAmount ma in newInventory)
{
inventory.Add(ma);
}
}
}