public ReactorFuelType(IEnumerable <ReactorFuelMode> reactorFuelModes)
{
Variants = reactorFuelModes.ToList();
ResourceGroups = new List <ResourceGroupMetaData>();
foreach (var group in Variants.SelectMany(m => m.ReactorFuels).GroupBy(m => m.FuelName))
{
ResourceGroups.Add(new ResourceGroupMetaData()
{
name = group.Key,
resourceVariantsMetaData = group.Select(m => new FuelResourceMetaData(m.Definition, m.Ratio)).Distinct().ToList()
});
}
var first = Variants.First();
Index = first.Index;
ModeGUIName = first.ModeGUIName;
TechLevel = first.TechLevel;
TechRequirement = first.TechRequirement;
SupportedReactorTypes = first.SupportedReactorTypes;
Aneutronic = first.Aneutronic;
RequiresLab = first.RequiresLab;
RequiresUpgrade = first.RequiresUpgrade;
ChargedPowerRatio = first.ChargedPowerRatio;
MeVPerChargedProduct = first.MeVPerChargedProduct;
NormalisedReactionRate = first.NormalisedReactionRate;
NormalisedPowerRequirements = first.NormalisedPowerRequirements;
NeutronsRatio = first.NeutronsRatio;
TritiumBreedModifier = first.TritiumBreedModifier;
FuelEfficencyMultiplier = first.FuelEfficencyMultiplier;
}
/// <summary>
/// Calculates the variant data such as selected options, their categories etc.
/// </summary>
private void CalculateVariantData()
{
// Current selected options(item2 in tuple) in selectors and theirs categories(item1 in tuple)
mSelectedOptionsInCategories = new List <Tuple <int, int> >();
// All possible options and theirs categories in dictionary with option ID as a key and category ID as value
mOptionsInCategories = new Dictionary <int, int>();
mRelatedSelectors = new List <ProductOptionSelector>();
// Categories used in variants
IEnumerable <int> usedCategoriesInVariants = new List <int>();
// Do not evaluate variants when there are no selectors displayed
if (OptionSelectors.Any() && (Variants.Count != 0))
{
usedCategoriesInVariants = Variants.First().ProductAttributes.CategoryIDs;
}
// Get product options and categories from selectors
foreach (var selector in OptionSelectors)
{
// Get option category of this selector
var category = selector.OptionCategory;
// Ignore non-attribute categories and categories not included in Variants
if ((category.CategoryType == OptionCategoryTypeEnum.Attribute) && usedCategoriesInVariants.Contains(category.CategoryID))
{
string option = selector.GetSelectedSKUOptions();
// Get selected option id for this selector and add new Tuple<category, option> to selected option collection
int selectedOptionId = ValidationHelper.GetInteger(option, 0);
mSelectedOptionsInCategories.Add(new Tuple <int, int>(category.CategoryID, selectedOptionId));
// Get all options for this category from selector to reduce SQL queries
DataSet dsAllOptions = selector.ProductOptionsData;
if (DataHelper.DataSourceIsEmpty(dsAllOptions))
{
continue;
}
List <int> allOptionsId = (List <int>)DataHelper.GetIntegerValues(dsAllOptions.Tables[0], "SKUID");
// Add option ids (plus category ids) to dictionary
allOptionsId.ForEach(opt =>
{
if (!mOptionsInCategories.ContainsKey(opt))
{
mOptionsInCategories.Add(opt, category.CategoryID);
}
});
mRelatedSelectors.Add(selector);
}
}
}
public ReactorFuelType(IEnumerable <ReactorFuelMode> reactorFuelModes)
{
Variants = reactorFuelModes.ToList();
ResourceGroups = new List <ResourceGroupMetaData>();
foreach (var group in Variants.SelectMany(m => m.ReactorFuels).GroupBy(m => m.FuelName))
{
ResourceGroups.Add(new ResourceGroupMetaData()
{
name = group.Key,
resourceVariantsMetaData = group.Select(m => new FuelResourceMetaData(m.Definition, m.Ratio)).Distinct().ToList()
});
}
var first = Variants.First();
AlternativeFuelType1 = first.AlternativeFuelType1;
AlternativeFuelType2 = first.AlternativeFuelType2;
AlternativeFuelType3 = first.AlternativeFuelType3;
AlternativeFuelType4 = first.AlternativeFuelType4;
AlternativeFuelType5 = first.AlternativeFuelType5;
AlternativeFuelType6 = first.AlternativeFuelType6;
Index = first.Index;
ModeGUIName = first.ModeGuiName;
DisplayName = first.DisplayName;
TechLevel = first.TechLevel;
MinimumFusionGainFactor = first.MinimumQ;
TechRequirement = first.TechRequirement;
SupportedReactorTypes = first.SupportedReactorTypes;
Aneutronic = first.Aneutronic;
Hidden = first.Hidden;
GammaRayEnergy = first.GammaRayEnergy;
RequiresLab = first.RequiresLab;
RequiresUpgrade = first.RequiresUpgrade;
ChargedPowerRatio = first.ChargedPowerRatio;
MeVPerChargedProduct = first.MeVPerChargedProduct;
ReactionRatePowerMultiplier = first.ReactionRatePowerMultiplier;
NormalizedPowerMultiplier = first.NormalizedPowerMultiplier;
NormalizedPowerRequirements = first.NormalizedPowerRequirements;
NeutronsRatio = first.NeutronsRatio;
TritiumBreedModifier = first.TritiumBreedModifier;
FuelEfficiencyMultiplier = first.FuelEfficiencyMultiplier;
}
/// <summary>
/// Loads product options.
/// </summary>
private void LoadProductOptions()
{
DataSet dsCategories = null;
if (IsLiveSite)
{
// Get cache minutes
int cacheMinutes = SettingsKeyInfoProvider.GetIntValue(SiteContext.CurrentSiteName + ".CMSCacheMinutes");
// Try to get data from cache
using (var cs = new CachedSection <DataSet>(ref dsCategories, cacheMinutes, true, null, "skuoptioncategories", SKUID))
{
if (cs.LoadData)
{
// Get all option categories for SKU
dsCategories = OptionCategoryInfoProvider.GetProductOptionCategories(SKUID, false);
// Save to the cache
if (cs.Cached)
{
// Get dependencies
var dependencies = new List <string>
{
"ecommerce.sku|byid|" + SKUID,
"ecommerce.optioncategory|all"
};
// Set dependencies
cs.CacheDependency = CacheHelper.GetCacheDependency(dependencies);
}
cs.Data = dsCategories;
}
}
}
else
{
// Get all option categories for SKU
dsCategories = OptionCategoryInfoProvider.GetProductOptionCategories(SKUID, false);
}
// Initialize product option selectors
if (!DataHelper.DataSourceIsEmpty(dsCategories))
{
mProductOptions = new Hashtable();
// Is only one option category available for variants?
var variantCategories = Variants.Any() ? Variants.First().ProductAttributes.CategoryIDs.ToList() : null;
mOneCategoryUsed = variantCategories != null && variantCategories.Count == 1;
foreach (DataRow dr in dsCategories.Tables[0].Rows)
{
try
{
// Load control for selection product options
ProductOptionSelector selector = (ProductOptionSelector)LoadUserControl("~/CMSModules/Ecommerce/Controls/ProductOptions/ProductOptionSelector.ascx");
// Add control to the collection
var categoryID = ValidationHelper.GetInteger(dr["CategoryID"], 0);
selector.ID = "opt" + categoryID;
// Init selector
selector.LocalShoppingCartObj = ShoppingCart;
selector.IsLiveSite = IsLiveSite;
selector.CssClassFade = CssClassFade;
selector.CssClassNormal = CssClassNormal;
selector.SKUID = SKUID;
selector.OptionCategory = new OptionCategoryInfo(dr);
// If one category is used, fix the one selector with options to use only options which are not in disabled variants
if (mOneCategoryUsed && variantCategories.Contains(categoryID))
{
var disabled = from variant in Variants
where !variant.Variant.SKUEnabled
from productAttributes in variant.ProductAttributes
select productAttributes.SKUID;
var disabledList = disabled.ToList();
selector.ProductOptionsInDisabledVariants = disabledList.Any() ? disabledList : null;
}
// Load all product options
foreach (DictionaryEntry entry in selector.ProductOptions)
{
mProductOptions[entry.Key] = entry.Value;
}
var lc = selector.SelectionControl as ListControl;
if (lc != null)
{
// Add Index change handler
lc.AutoPostBack = true;
}
pnlSelectors.Controls.Add(selector);
}
catch
{
}
}
}
}
/// <summary>
/// Loads product options.
/// </summary>
private void LoadProductOptions()
{
// Get all option categories for SKU
DataSet dsCategories = OptionCategoryInfoProvider.GetProductOptionCategories(SKUID, false);
// Initialize product option selectors
if (!DataHelper.DataSourceIsEmpty(dsCategories))
{
mProductOptions = new Hashtable();
// Is only one option category available for variants?
var variantCategories = Variants.Any() ? Variants.First().ProductAttributes.CategoryIDs.ToList() : null;
mOneCategoryUsed = variantCategories != null && variantCategories.Count == 1;
foreach (DataRow dr in dsCategories.Tables[0].Rows)
{
try
{
// Load control for selection product options
ProductOptionSelector selector = (ProductOptionSelector)LoadUserControl("~/CMSModules/Ecommerce/Controls/ProductOptions/ProductOptionSelector.ascx");
// Add control to the collection
var categoryID = ValidationHelper.GetInteger(dr["CategoryID"], 0);
selector.ID = "opt" + categoryID;
// Init selector
selector.LocalShoppingCartObj = ShoppingCart;
selector.IsLiveSite = false;
selector.CssClassFade = "text-muted";
selector.CssClassNormal = "normal";
selector.SKUID = SKUID;
selector.OptionCategory = new OptionCategoryInfo(dr);
// If one category is used, fix the one selector with options to use only options which are not in disabled variants
if (mOneCategoryUsed && variantCategories.Contains(categoryID))
{
var disabled = from variant in Variants
where !variant.Variant.SKUEnabled
from productAttributes in variant.ProductAttributes
select productAttributes.SKUID;
var disabledList = disabled.ToList();
selector.ProductOptionsInDisabledVariants = disabledList.Any() ? disabledList : null;
}
// Load all product options
foreach (DictionaryEntry entry in selector.ProductOptions)
{
mProductOptions[entry.Key] = entry.Value;
}
var lc = selector.SelectionControl as ListControl;
if (lc != null)
{
// Add Index change handler
lc.AutoPostBack = true;
}
pnlSelectors.Controls.Add(selector);
}
catch
{
}
}
}
}
