public override void Parse(XmlDbRow row)
{
base.Parse(row);
mMinIntensityDuration = row.GetFloat("MinIntensityDuration", 0);
mTransitionTime.First = row.GetFloat("MinTransitionTime", 0);
mTransitionTime.Second = row.GetFloat("MaxTransitionTime", 0);
mIntensityWeights = new List<int>();
mIntensityWeights.Add(row.GetInt("LightWeight", 0));
mIntensityWeights.Add(row.GetInt("ModerateWeight", 0));
mIntensityWeights.Add(row.GetInt("HeavyWeight", 0));
mIntensityChangeWeights = new List<int>();
foreach (string strValue in row.GetStringList("NumIntensityChangeWeights", ','))
{
float value;
if (float.TryParse(strValue, out value))
{
mIntensityChangeWeights.Add((int)value);
}
else
{
mIntensityChangeWeights.Add(0);
}
}
}
public override void Parse(XmlDbRow row)
{
base.Parse(row);
mMinIntensityDuration = row.GetFloat("MinIntensityDuration", 0);
mTransitionTime.First = row.GetFloat("MinTransitionTime", 0);
mTransitionTime.Second = row.GetFloat("MaxTransitionTime", 0);
mIntensityWeights = new List <int>();
mIntensityWeights.Add(row.GetInt("LightWeight", 0));
mIntensityWeights.Add(row.GetInt("ModerateWeight", 0));
mIntensityWeights.Add(row.GetInt("HeavyWeight", 0));
mIntensityChangeWeights = new List <int>();
foreach (string strValue in row.GetStringList("NumIntensityChangeWeights", ','))
{
float value;
if (float.TryParse(strValue, out value))
{
mIntensityChangeWeights.Add((int)value);
}
else
{
mIntensityChangeWeights.Add(0);
}
}
}
public virtual void Parse(XmlDbRow row)
{
mWeight = row.GetInt("Weight", 0);
mLength.First = row.GetFloat("MinLength", 0);
mLength.Second = row.GetFloat("MaxLength", 0);
mTemp.First = row.GetFloat("MinTemp", 0);
mTemp.Second = row.GetFloat("MaxTemp", 0);
}
public virtual void Parse(XmlDbRow row)
{
mWeight = row.GetInt("Weight", 0);
mLength.First = row.GetFloat("MinLength", 0);
mLength.Second = row.GetFloat("MaxLength", 0);
mTemp.First = row.GetFloat("MinTemp", 0);
mTemp.Second = row.GetFloat("MaxTemp", 0);
}
public WeightBaseSymptom(XmlDbRow row)
: base(row)
{
if (BooterLogger.Exists(row, "Minimum", Guid))
{
mMinimum = row.GetFloat("Minimum");
}
if (BooterLogger.Exists(row, "Maximum", Guid))
{
mMaximum = row.GetFloat("Maximum");
}
}
public FitnessSymptom(XmlDbRow row)
: base(row)
{
if (BooterLogger.Exists(row, "Minimum", Guid))
{
mMinimum = row.GetFloat("Minimum");
}
if (BooterLogger.Exists(row, "Maximum", Guid))
{
mMaximum = row.GetFloat("Maximum");
}
}
protected static SettingsKey ParseKey(XmlDbRow row)
{
Season season = row.GetEnum <Season>("Season", SettingsKey.sAllSeasons);
Vector2 hours = new Vector2();
hours.x = row.GetFloat("StartHour", -1);
hours.y = row.GetFloat("EndHour", 25);
if (season == SettingsKey.sAllSeasons)
{
return(new GeneralKey(hours));
}
else
{
return(new SeasonKey(season, hours));
}
}
public void ParseTemperature(XmlDbRow row)
{
mStart = row.GetInt("StartDay", 1);
mEnd = row.GetInt("EndDay", -1);
if (row.Exists("Enabled"))
{
mEnabled = row.GetBool("Enabled");
}
for (int i = 0x0; i < SeasonsManager.TemperatureManager.kTimeNames.Length; i++)
{
string column = SeasonsManager.TemperatureManager.kTimeNames[i] + "Min";
float min = row.GetFloat(column, -1f);
column = SeasonsManager.TemperatureManager.kTimeNames[i] + "Max";
float max = row.GetFloat(column, -1f);
switch (i)
{
case 0:
mMorningTemp = new Pair <float, float>(min, max);
break;
case 1:
mNoonTemp = new Pair <float, float>(min, max);
break;
case 2:
mEveningTemp = new Pair <float, float>(min, max);
break;
case 3:
mNightTemp = new Pair <float, float>(min, max);
break;
}
}
}
public SymptomChance(XmlDbRow row, int index)
{
mChance = row.GetFloat("SymptomChance" + index);
List <string> symptoms = row.GetStringList("Symptoms" + index, ',');
foreach (string symptomName in symptoms)
{
SymptomBooter.Data symptom = SymptomBooter.GetSymptom(symptomName);
if (symptom == null)
{
BooterLogger.AddError("Unknown Symptom: " + symptomName);
}
else
{
mSymptoms.Add(symptom);
}
}
}
// From AcademicDegreeManager:CreateAcademicDegreeTable
protected override void Perform(BooterHelper.BootFile file, XmlDbRow row)
{
AcademicDegreeNames academicDegree = AcademicDegreeNames.Undefined;
if (!row.TryGetEnum <AcademicDegreeNames>("AcademicDegreeEnum", out academicDegree, AcademicDegreeNames.Undefined))
{
academicDegree = unchecked ((AcademicDegreeNames)ResourceUtils.HashString64(row.GetString("AcademicDegreeEnum")));
}
BooterLogger.AddTrace("AcademicDegreeEnum: " + row.GetString("AcademicDegreeEnum"));
string degreeNameKey = row.GetString("AcademicDegreeName");
string degreeDescKey = row.GetString("AcademicDegreeDesc");
string degreeIcon = row.GetString("AcademicDegreeIcon");
int degreeCreditHours = row.GetInt("AcademicDegreeRequiredCreditHours");
float degreeCostPerCredit = row.GetFloat("AcademicDegreeCostPerCredit");
string degreeResponsibilitiesKey = row.GetString("ResponsibilityTooltipKey");
JobId academicDefaultCourseID;
if (!row.TryGetEnum <JobId>("AcademicDefaultCourseID", out academicDefaultCourseID, JobId.AcademicsGenericRabbitHoleCourse))
{
// Custom
academicDefaultCourseID = unchecked ((JobId)ResourceUtils.HashString64(row.GetString("AcademicDefaultCourseID")));
}
JobId academicDefaultLectureID;
if (!row.TryGetEnum <JobId>("AcademicDefaultLectureID", out academicDefaultLectureID, JobId.Invalid))
{
// Custom
academicDefaultLectureID = unchecked ((JobId)ResourceUtils.HashString64(row.GetString("AcademicDefaultLectureID")));
}
JobId academicDefaultLabID;
if (!row.TryGetEnum <JobId>("AcademicDefaultLabID", out academicDefaultLabID, JobId.Invalid))
{
// Custom
academicDefaultLabID = unchecked ((JobId)ResourceUtils.HashString64(row.GetString("AcademicDefaultLabID")));
}
List <OccupationNames> associatedOccupations = new List <OccupationNames>();
List <string> list2 = row.GetStringList("AssociatedOccupationNameEnum", ',', true);
for (int i = 0x0; i < list2.Count; i++)
{
OccupationNames occupation;
if (!ParserFunctions.TryParseEnum <OccupationNames>(list2[i], out occupation, OccupationNames.Undefined))
{
occupation = unchecked ((OccupationNames)ResourceUtils.HashString64(row.GetString(list2[i])));
}
if (occupation != OccupationNames.Undefined)
{
associatedOccupations.Add(occupation);
}
}
OccupationNames grantedOccupation;
if (!ParserFunctions.TryParseEnum <OccupationNames>("GrantedOccupationNameEnum", out grantedOccupation, OccupationNames.Undefined))
{
// Custom
grantedOccupation = unchecked ((OccupationNames)ResourceUtils.HashString64(row.GetString("GrantedOccupationNameEnum")));
}
List <TraitNames> beneficialTraits;
List <TraitNames> detrimentalTraits;
List <TraitNames> suggestedTraits;
ParserFunctions.TryParseCommaSeparatedList <TraitNames>(row["BeneficialTraits"], out beneficialTraits, TraitNames.Unknown);
ParserFunctions.TryParseCommaSeparatedList <TraitNames>(row["DetrimentalTraits"], out detrimentalTraits, TraitNames.Unknown);
ParserFunctions.TryParseCommaSeparatedList <TraitNames>(row["SuggestedTraits"], out suggestedTraits, TraitNames.Unknown);
AcademicDegreeStaticData staticData = null;
if (!AcademicDegreeManager.sDictionary.TryGetValue((ulong)academicDegree, out staticData))
{
staticData = new AcademicDegreeStaticData(academicDegree, degreeNameKey, degreeDescKey, degreeResponsibilitiesKey, degreeIcon, degreeCreditHours, degreeCostPerCredit, academicDefaultCourseID, academicDefaultLectureID, academicDefaultLabID, associatedOccupations, grantedOccupation, beneficialTraits, detrimentalTraits, suggestedTraits);
}
else
{
staticData.BeneficialTraits.AddRange(beneficialTraits);
staticData.DetrimentalTraits.AddRange(detrimentalTraits);
staticData.SuggestedTraits.AddRange(suggestedTraits);
staticData.AssociatedOccupations.AddRange(associatedOccupations);
}
string skillsThatGrantXP = row.GetString("SkillsThatGrantXP");
if (!string.IsNullOrEmpty(skillsThatGrantXP))
{
foreach (string str6 in skillsThatGrantXP.Split(new char[] { ';' }))
{
string[] strArray2 = str6.Split(new char[] { ',' });
if (strArray2.Length != 0x2)
{
continue;
}
float num4 = ParserFunctions.ParseFloat(strArray2[0x1], -1234123f);
if (num4 == -1234123f)
{
continue;
}
// Custom
SkillNames skillName = SkillManager.sSkillEnumValues.ParseEnumValue(strArray2[0x0]);
if (skillName == SkillNames.None)
{
continue;
}
staticData.AddSkill(skillName, num4);
}
}
AcademicDegreeManager.sDictionary[(ulong)academicDegree] = staticData;
}
public void ParseTemperature(XmlDbRow row)
{
mStart = row.GetInt("StartDay", 1);
mEnd = row.GetInt("EndDay", -1);
if (row.Exists("Enabled"))
{
mEnabled = row.GetBool("Enabled");
}
for (int i = 0x0; i < SeasonsManager.TemperatureManager.kTimeNames.Length; i++)
{
string column = SeasonsManager.TemperatureManager.kTimeNames[i] + "Min";
float min = row.GetFloat(column, -1f);
column = SeasonsManager.TemperatureManager.kTimeNames[i] + "Max";
float max = row.GetFloat(column, -1f);
switch (i)
{
case 0:
mMorningTemp = new Pair<float, float>(min, max);
break;
case 1:
mNoonTemp = new Pair<float, float>(min, max);
break;
case 2:
mEveningTemp = new Pair<float, float>(min, max);
break;
case 3:
mNightTemp = new Pair<float, float>(min, max);
break;
}
}
}
public override void SetField(FieldInfo field, XmlDbRow row)
{
field.SetValue(null, row.GetFloat("Value"));
}
// From AcademicDegreeManager:CreateAcademicDegreeTable
protected override void Perform(BooterHelper.BootFile file, XmlDbRow row)
{
AcademicDegreeNames academicDegree = AcademicDegreeNames.Undefined;
if (!row.TryGetEnum<AcademicDegreeNames>("AcademicDegreeEnum", out academicDegree, AcademicDegreeNames.Undefined))
{
academicDegree = unchecked((AcademicDegreeNames)ResourceUtils.HashString64(row.GetString("AcademicDegreeEnum")));
}
BooterLogger.AddTrace("AcademicDegreeEnum: " + row.GetString("AcademicDegreeEnum"));
string degreeNameKey = row.GetString("AcademicDegreeName");
string degreeDescKey = row.GetString("AcademicDegreeDesc");
string degreeIcon = row.GetString("AcademicDegreeIcon");
int degreeCreditHours = row.GetInt("AcademicDegreeRequiredCreditHours");
float degreeCostPerCredit = row.GetFloat("AcademicDegreeCostPerCredit");
string degreeResponsibilitiesKey = row.GetString("ResponsibilityTooltipKey");
JobId academicDefaultCourseID;
if (!row.TryGetEnum<JobId>("AcademicDefaultCourseID", out academicDefaultCourseID, JobId.AcademicsGenericRabbitHoleCourse))
{
// Custom
academicDefaultCourseID = unchecked((JobId)ResourceUtils.HashString64(row.GetString("AcademicDefaultCourseID")));
}
JobId academicDefaultLectureID;
if (!row.TryGetEnum<JobId>("AcademicDefaultLectureID", out academicDefaultLectureID, JobId.Invalid))
{
// Custom
academicDefaultLectureID = unchecked((JobId)ResourceUtils.HashString64(row.GetString("AcademicDefaultLectureID")));
}
JobId academicDefaultLabID;
if (!row.TryGetEnum<JobId>("AcademicDefaultLabID", out academicDefaultLabID, JobId.Invalid))
{
// Custom
academicDefaultLabID = unchecked((JobId)ResourceUtils.HashString64(row.GetString("AcademicDefaultLabID")));
}
List<OccupationNames> associatedOccupations = new List<OccupationNames>();
List<string> list2 = row.GetStringList("AssociatedOccupationNameEnum", ',', true);
for (int i = 0x0; i < list2.Count; i++)
{
OccupationNames occupation;
if (!ParserFunctions.TryParseEnum<OccupationNames>(list2[i], out occupation, OccupationNames.Undefined))
{
occupation = unchecked((OccupationNames)ResourceUtils.HashString64(row.GetString(list2[i])));
}
if (occupation != OccupationNames.Undefined)
{
associatedOccupations.Add(occupation);
}
}
OccupationNames grantedOccupation;
if (!ParserFunctions.TryParseEnum<OccupationNames>("GrantedOccupationNameEnum", out grantedOccupation, OccupationNames.Undefined))
{
// Custom
grantedOccupation = unchecked((OccupationNames)ResourceUtils.HashString64(row.GetString("GrantedOccupationNameEnum")));
}
List<TraitNames> beneficialTraits;
List<TraitNames> detrimentalTraits;
List<TraitNames> suggestedTraits;
ParserFunctions.TryParseCommaSeparatedList<TraitNames>(row["BeneficialTraits"], out beneficialTraits, TraitNames.Unknown);
ParserFunctions.TryParseCommaSeparatedList<TraitNames>(row["DetrimentalTraits"], out detrimentalTraits, TraitNames.Unknown);
ParserFunctions.TryParseCommaSeparatedList<TraitNames>(row["SuggestedTraits"], out suggestedTraits, TraitNames.Unknown);
AcademicDegreeStaticData staticData = null;
if (!AcademicDegreeManager.sDictionary.TryGetValue((ulong)academicDegree, out staticData))
{
staticData = new AcademicDegreeStaticData(academicDegree, degreeNameKey, degreeDescKey, degreeResponsibilitiesKey, degreeIcon, degreeCreditHours, degreeCostPerCredit, academicDefaultCourseID, academicDefaultLectureID, academicDefaultLabID, associatedOccupations, grantedOccupation, beneficialTraits, detrimentalTraits, suggestedTraits);
}
else
{
staticData.BeneficialTraits.AddRange(beneficialTraits);
staticData.DetrimentalTraits.AddRange(detrimentalTraits);
staticData.SuggestedTraits.AddRange(suggestedTraits);
staticData.AssociatedOccupations.AddRange(associatedOccupations);
}
string skillsThatGrantXP = row.GetString("SkillsThatGrantXP");
if (!string.IsNullOrEmpty(skillsThatGrantXP))
{
foreach (string str6 in skillsThatGrantXP.Split(new char[] { ';' }))
{
string[] strArray2 = str6.Split(new char[] { ',' });
if (strArray2.Length != 0x2) continue;
float num4 = ParserFunctions.ParseFloat(strArray2[0x1], -1234123f);
if (num4 == -1234123f) continue;
// Custom
SkillNames skillName = SkillManager.sSkillEnumValues.ParseEnumValue(strArray2[0x0]);
if (skillName == SkillNames.None) continue;
staticData.AddSkill(skillName, num4);
}
}
AcademicDegreeManager.sDictionary[(ulong)academicDegree] = staticData;
}
public virtual void Set(XmlDbRow row)
{
try
{
mPerformanceModifier = row.GetFloat("PerformanceModifier", mPerformanceModifier);
if (!string.IsNullOrEmpty(row.GetString("OnlySkill")))
{
mOnlySkill = row.GetBool("OnlySkill");
}
if (!string.IsNullOrEmpty(row.GetString("MustHaveVisibleSkill")))
{
mMustHaveVisibleSkill = row.GetBool("MustHaveVisibleSkill");
}
row.TryGetEnum <ProductVersion>("ProductVersoin", out mVersion, ProductVersion.BaseGame);
mBranch = row.GetString("CareerBranch");
mMinLevel = row.GetInt("CareerMinLevel", mMinLevel);
mMaxLevel = row.GetInt("CareerMaxLevel", mMaxLevel);
int count = row.GetInt("SkillCount");
for (int i = 1; i <= count; i++)
{
float rate = 1f;
if (row.Exists("SkillRate" + i))
{
rate = row.GetFloat("SkillRate" + i);
}
string skillName = row.GetString("Skill" + i);
if (skillName == null)
{
continue;
}
SkillNames skill = SkillManager.sSkillEnumValues.ParseEnumValue(skillName);
if (skill == SkillNames.None)
{
continue;
}
mSkills.Add(new SkillRate(skill, rate));
}
count = row.GetInt("MotiveCount");
for (int i = 1; i <= count; i++)
{
float rate = 1f;
if (row.Exists("MotiveRate" + i))
{
rate = row.GetFloat("MotiveRate" + i);
}
CommodityKind motive = CommodityKind.None;
string motiveName = row.GetString("Motive" + i);
if (motiveName == null)
{
continue;
}
ParserFunctions.TryParseEnum <CommodityKind>(motiveName, out motive, CommodityKind.None);
if (motive == CommodityKind.None)
{
continue;
}
mMotives.Add(new MotiveRate(motive, rate));
}
count = row.GetInt("MetricCount");
for (int i = 1; i <= count; i++)
{
int rate = row.GetInt("MetricRate" + i, 1);
MetricRate.MetricType metric = row.GetEnum <MetricRate.MetricType>("MetricType" + i, MetricRate.MetricType.None);
int hoursUntilChange = row.GetInt("MetricHoursUntilChange" + i, 1);
mMetrics.Add(new MetricRate(metric, rate, hoursUntilChange));
}
}
catch (Exception exception)
{
Common.Exception(Name(), exception);
}
}
public Stage(XmlDbRow row)
{
if (BooterLogger.Exists(row, "Name", "Stage"))
{
mName = row.GetString("Name");
}
if (!row.TryGetEnum <VectorControl.StageType>("Type", out mType, VectorControl.StageType.None))
{
BooterLogger.AddError(Name + " Invalid Type: " + row.GetString("Type"));
}
float infectionRate = row.GetFloat("InfectionRate", 0);
mOutdoorInfectionRate = row.GetFloat("OutdoorInfectionRate", infectionRate);
if (mOutdoorInfectionRate > 1)
{
mOutdoorInfectionRate = 1;
}
mRoomInfectionRate = row.GetFloat("RoomInfectionRate", mOutdoorInfectionRate * 1.5f);
if (mRoomInfectionRate > 1)
{
mRoomInfectionRate = 1;
}
mSocialInfectionRate = row.GetFloat("SocialInfectionRate", mRoomInfectionRate * 1.5f);
if (mSocialInfectionRate > 1)
{
mSocialInfectionRate = 1;
}
mFightInfectionRate = row.GetFloat("FightInfectionRate", mSocialInfectionRate);
if (mFightInfectionRate > 1)
{
mFightInfectionRate = 1;
}
mWoohooInfectionRate = row.GetFloat("WoohooInfectionRate", mSocialInfectionRate * 1.5f);
if (mWoohooInfectionRate > 1)
{
mWoohooInfectionRate = 1;
}
mMutationRate = row.GetFloat("MutationRate", 0);
mGoodRelationshipDelta = row.GetInt("GoodRelationshipDelta", 0);
mBadRelationshipDelta = row.GetInt("BadRelationshipDelta", 0);
mSymptomScoring = row.GetString("SymptomScoring");
mSymptomScoringMinimum = row.GetInt("SymptomScoringMinimum", 0);
mStoryUnknown = row.GetString("StoryUnknown");
mStoryIdentified = row.GetString("StoryIdentified");
if (row.Exists("CanInoculate")) // Default is True
{
mCanInoculate = row.GetBool("CanInoculate");
}
else if (row.Exists("CanInnoculate"))
{
mCanInoculate = row.GetBool("CanInnoculate");
}
int numSymptoms = row.GetInt("NumSymptoms", 0) + 1;
for (int i = 1; i <= numSymptoms; i++)
{
if (i == numSymptoms)
{
if (row.Exists("SymptomChance" + i))
{
BooterLogger.AddError(Name + " More Symptoms than NumSymptoms");
}
break;
}
mSymptoms.Add(new SymptomChance(row, i));
}
int numResistances = row.GetInt("NumResistances", 0) + 1;
for (int i = 1; i <= numResistances; i++)
{
if (i == numResistances)
{
if (row.Exists("Resistance" + i))
{
BooterLogger.AddError(Name + " More Resistance than NumResistances");
}
break;
}
ResistanceBooter.Data resistance = ResistanceBooter.GetResistance(row.GetString("Resistance" + i));
if (resistance == null)
{
BooterLogger.AddError(Name + " Unknown Resistance " + i + ": " + row.GetString("Resistance" + i));
}
else
{
mResistances.Add(resistance);
}
}
int numMutables = row.GetInt("NumMutables", 0) + 1;
for (int i = 1; i <= numMutables; i++)
{
if (i == numMutables)
{
if (row.Exists("Mutable" + i))
{
BooterLogger.AddError(Name + " More Mutable than NumMutables");
}
break;
}
List <string> mutable = row.GetStringList("Mutable" + i, ',');
if (mutable.Count != 3)
{
BooterLogger.AddError(Name + " Unknown Mutable " + i + ": " + row.GetString("Mutable" + i));
continue;
}
int minimum;
if (!int.TryParse(mutable[1], out minimum))
{
BooterLogger.AddError(Name + " Mutable " + i + " Invalid Minimum: " + mutable[1]);
continue;
}
int maximum;
if (!int.TryParse(mutable[2], out maximum))
{
BooterLogger.AddError(Name + " Mutable " + i + " Invalid Maximum: " + mutable[2]);
continue;
}
mMutables.Add(new Mutable(mutable[0], minimum, maximum));
}
}
