public override void ParseDefinition(string definitionKey, JsonData jsonData)
{
choiceText = ContentHelper.ParseString(jsonData, D.TEXT, "Continue...");
var keys = jsonData.Keys;
if (keys.Contains(D.CONDITIONS))
{
_conditionDefinitions = ConditionDefinition.ParseDefinitions(jsonData[D.CONDITIONS], definitionKey);
}
else
{
_conditionDefinitions = new Definition <Condition> [0];
}
if (keys.Contains(D.ENABLED_CONDITIONS))
{
_disabledConditionDefinitions = ConditionDefinition.ParseDefinitions(jsonData[D.ENABLED_CONDITIONS], definitionKey);
}
else
{
_disabledConditionDefinitions = new Definition <Condition> [0];
}
if (keys.Contains(D.REWARDS))
{
_rewardDefinitions = EffectDefinition.ParseDefinitions(jsonData[D.REWARDS], definitionKey);
}
else
{
_rewardDefinitions = new Definition <Effect> [0];
}
factionKey = ContentHelper.ParseString(jsonData, D.FACTION_KEY, "");
}
protected void _ParseChildCondition(JsonData parameters)
{
ContentHelper.VerifyKey(parameters, D.CONDITIONS, definition.definitionKey);
var conditions = ConditionDefinition.ParseDefinitions(parameters[D.CONDITIONS], definition.definitionKey);
ContentHelper.VerifyMaxArrayLength(conditions, 1, definition.definitionKey);
if (conditions.Length == 1)
{
_childConditionDefinition = conditions[0];
}
}
public override void ParseParams(JsonData parameters)
{
var keys = parameters.Keys;
if (keys.Contains(D.CONDITIONS))
{
_conditionDefinitions = ConditionDefinition.ParseDefinitions(parameters[D.CONDITIONS], definition.definitionKey);
}
else
{
_conditionDefinitions = new Definition <Condition> [0];
}
if (keys.Contains(D.EFFECTS))
{
_effectDefinitions = EffectDefinition.ParseDefinitions(parameters[D.EFFECTS], definition.definitionKey);
}
else
{
_effectDefinitions = new Definition <Effect> [0];
}
}
public override void ParseParams(JsonData parameters)
{
var keys = parameters.Keys;
if (!keys.Contains(D.STATEMENTS))
{
_type = ConditionalType.SinglePair;
_effectDefinitions = EffectDefinition.ParseDefinitions(parameters[D.EFFECTS], definition.definitionKey);
_conditionDefinitions = ConditionDefinition.ParseDefinitions(parameters[D.CONDITIONS], definition.definitionKey);
if (parameters.Keys.Contains("elseEffects"))
{
_elseEffectDefinitions = EffectDefinition.ParseDefinitions(parameters["elseEffects"], definition.definitionKey);
}
else
{
_elseEffectDefinitions = new Definition <Effect> [0];
}
}
else
{
_type = ConditionalType.MultiplePairs;
var conditionEffectData = parameters[D.STATEMENTS];
var numConditionEffects = conditionEffectData.Count;
_conditionEffectPairsDefinition =
new KeyValuePair <Definition <Condition>[], Definition <Effect>[]> [numConditionEffects];
for (int i = 0; i < numConditionEffects; i++)
{
_conditionEffectPairsDefinition[i] = new KeyValuePair <Definition <Condition>[], Definition <Effect>[]>(
ConditionDefinition.ParseDefinitions(conditionEffectData[i][D.CONDITIONS], definition.definitionKey),
EffectDefinition.ParseDefinitions(conditionEffectData[i][D.EFFECTS], definition.definitionKey)
);
}
}
}
public override void ParseParams(JsonData parameters)
{
_childConditionDefinitions = ConditionDefinition.ParseDefinitions(parameters[D.CONDITIONS], definition.definitionKey);
}
