/// <summary>
/// Creates a HTML format file for character exportation.
/// </summary>
/// <param name="character"></param>
/// <param name="plan"></param>
private static string ExportAsHTML(Character character, Plan plan)
{
// Retrieves a XML representation of this character
OutputCharacter serial = new OutputCharacter
{
Name = character.Name,
Balance = character.Balance.ToNumericString(2, CultureConstants.InvariantCulture),
Birthday = character.Birthday.DateTimeToTimeString(),
CorporationName = character.CorporationName,
CharacterID = character.CharacterID,
BloodLine = character.Bloodline,
Ancestry = character.Ancestry,
Gender = character.Gender,
Race = character.Race,
Intelligence = character.Intelligence.EffectiveValue,
Perception = character.Perception.EffectiveValue,
Willpower = character.Willpower.EffectiveValue,
Charisma = character.Charisma.EffectiveValue,
Memory = character.Memory.EffectiveValue
};
CompleteSerialization(character, plan, serial);
// Serializes to XML and apply a XSLT to generate the HTML doc
XmlDocument doc = (XmlDocument)Util.SerializeToXmlDocument(serial);
XslCompiledTransform xslt = Util.LoadXslt(Properties.Resources.XmlToHtmlXslt);
XmlDocument htmlDoc = (XmlDocument)Util.Transform(doc, xslt);
// Returns the string representation of the generated doc
return Util.GetXmlStringRepresentation(htmlDoc);
}
/// <summary>
/// Creates a HTML format file for character exportation.
/// </summary>
/// <param name="character"></param>
/// <param name="plan"></param>
public static string ExportAsHTML(Character character, Plan plan)
{
// Retrieves a XML representation of this character
var serial = new OutputCharacter();
serial.Name = character.Name;
serial.Balance = character.Balance;
serial.CorporationName = character.CorporationName;
serial.CharacterID = character.CharacterID;
serial.BloodLine = character.Bloodline;
serial.Gender = character.Gender;
serial.Race = character.Race;
serial.Intelligence = character.Intelligence.EffectiveValue;
serial.Perception = character.Perception.EffectiveValue;
serial.Willpower = character.Willpower.EffectiveValue;
serial.Charisma = character.Charisma.EffectiveValue;
serial.Memory = character.Memory.EffectiveValue;
// Attributes enhancers
foreach (var implant in character.CurrentImplants.Where(x => x != Implant.None && (int)x.Slot < 5))
{
serial.AttributeEnhancers.Add(new OutputAttributeEnhancer { Attribute = implant.Slot, Bonus = implant.Bonus, Name = implant.Name });
}
// Certificates
foreach (var certClass in character.CertificateClasses)
{
var cert = certClass.HighestClaimedGrade;
if (cert == null)
continue;
serial.Certificates.Add(new OutputCertificate { Name = certClass.Name, Grade = cert.Grade.ToString() });
}
// Skills (grouped by skill groups)
foreach (var skillGroup in character.SkillGroups)
{
int count = skillGroup.Where(x => x.IsKnown || (plan != null && plan.IsPlanned(x))).Select(x => GetMergedSkill(plan, x)).Count();
int skillGroupTotalSP = skillGroup.Where(x => x.IsKnown || (plan != null && plan.IsPlanned(x))).Select(x => GetMergedSkill(plan, x)).Sum(x => x.Skillpoints);
var outGroup = new OutputSkillGroup { Name = skillGroup.Name, SkillsCount = count, TotalSP = skillGroupTotalSP };
foreach (var skill in skillGroup.Where(x => x.IsKnown || (plan != null && plan.IsPlanned(x))))
{
var mergedSkill = GetMergedSkill(plan, skill);
outGroup.Skills.Add(new OutputSkill
{
Name = mergedSkill.Name,
Rank = skill.Rank,
Level = mergedSkill.Level,
SkillPoints = mergedSkill.Skillpoints,
RomanLevel = Skill.GetRomanForInt(mergedSkill.Level),
MaxSkillPoints = skill.StaticData.GetPointsRequiredForLevel(5)
});
}
if (outGroup.Skills.Count != 0)
serial.SkillGroups.Add(outGroup);
}
// Serializes to XML and apply a XSLT to generate the HTML doc
var doc = Util.SerializeToXmlDocument(typeof(OutputCharacter), serial);
var xslt = Util.LoadXSLT(Properties.Resources.XmlToHtmlXslt);
var htmlDoc = Util.Transform(doc, xslt);
// Returns the string representation of the generated doc
return Util.GetXMLStringRepresentation(htmlDoc);
}
/// <summary>
/// Completes the serialization.
/// </summary>
/// <param name="character">The character.</param>
/// <param name="plan">The plan.</param>
/// <param name="serial">The serial.</param>
private static void CompleteSerialization(Character character, Plan plan, OutputCharacter serial)
{
// Attributes enhancers
foreach (Implant implant in character.CurrentImplants)
{
serial.AttributeEnhancers.Add(new OutputAttributeEnhancer
{
Attribute = implant.Slot,
Description = implant.Slot.GetDescription(),
Bonus = implant.Bonus,
Name = implant.Name
});
}
// Skills (grouped by skill groups)
foreach (SkillGroup skillGroup in character.SkillGroups)
{
OutputSkillGroup outGroup = AddSkillGroup(plan, skillGroup);
foreach (Skill skill in skillGroup.Where(x => x.IsKnown || (plan != null && plan.IsPlanned(x))))
{
AddSkill(plan, outGroup, skill);
}
if (outGroup.Skills.Count != 0)
serial.SkillGroups.Add(outGroup);
}
}