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vcmi/lib/serializer/JsonUpdater.cpp

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/*
* JsonUpdater.cpp, part of VCMI engine
*
* Authors: listed in file AUTHORS in main folder
*
* License: GNU General Public License v2.0 or later
* Full text of license available in license.txt file, in main folder
*
*/
#include "StdInc.h"
#include "JsonUpdater.h"
#include "../JsonNode.h"
#include "../HeroBonus.h"
JsonUpdater::JsonUpdater(const IInstanceResolver * instanceResolver_, const JsonNode & root_)
: JsonTreeSerializer(instanceResolver_, &root_, false, true)
{
}
void JsonUpdater::serializeInternal(const std::string & fieldName, boost::logic::tribool & value)
{
const JsonNode & data = currentObject->operator[](fieldName);
if(data.getType() == JsonNode::JsonType::DATA_BOOL)
value = data.Bool();
}
void JsonUpdater::serializeInternal(const std::string & fieldName, si32 & value, const boost::optional<si32> & defaultValue, const TDecoder & decoder, const TEncoder & encoder)
{
// std::string identifier;
// serializeString(fieldName, identifier);
//
// value = defaultValue ? defaultValue.get() : 0;
//
// if(identifier != "")
// {
// si32 rawId = decoder(identifier);
// if(rawId >= 0)
// value = rawId;
// }
}
void JsonUpdater::serializeInternal(const std::string & fieldName, std::vector<si32> & value, const TDecoder & decoder, const TEncoder & encoder)
{
// const JsonVector & data = currentObject->operator[](fieldName).Vector();
//
// value.clear();
// value.reserve(data.size());
//
// for(const JsonNode elem : data)
// {
// si32 rawId = decoder(elem.String());
//
// if(rawId >= 0)
// value.push_back(rawId);
// }
}
void JsonUpdater::serializeInternal(const std::string & fieldName, double & value, const boost::optional<double> & defaultValue)
{
const JsonNode & data = currentObject->operator[](fieldName);
if(data.isNumber())
value = data.Float();
}
void JsonUpdater::serializeInternal(const std::string & fieldName, si64 & value, const boost::optional<si64> &)
{
const JsonNode & data = currentObject->operator[](fieldName);
if(data.isNumber())
value = data.Integer();
}
void JsonUpdater::serializeInternal(const std::string & fieldName, si32 & value, const boost::optional<si32> & defaultValue, const std::vector<std::string> & enumMap)
{
// const std::string & valueName = currentObject->operator[](fieldName).String();
//
// const si32 actualOptional = defaultValue ? defaultValue.get() : 0;
//
// si32 rawValue = vstd::find_pos(enumMap, valueName);
// if(rawValue < 0)
// value = actualOptional;
// else
// value = rawValue;
}
void JsonUpdater::serializeInternal(std::string & value)
{
value = currentObject->String();
}
void JsonUpdater::serializeInternal(int64_t & value)
{
value = currentObject->Integer();
}
void JsonUpdater::serializeLIC(const std::string & fieldName, const TDecoder & decoder, const TEncoder & encoder, const std::vector<bool> & standard, std::vector<bool> & value)
{
const JsonNode & field = currentObject->operator[](fieldName);
if(field.isNull())
return;
const JsonNode & anyOf = field["anyOf"];
const JsonNode & allOf = field["allOf"];
const JsonNode & noneOf = field["noneOf"];
if(anyOf.Vector().empty() && allOf.Vector().empty())
{
//permissive mode
value = standard;
}
else
{
//restrictive mode
value.clear();
value.resize(standard.size(), false);
readLICPart(anyOf, decoder, true, value);
readLICPart(allOf, decoder, true, value);
}
readLICPart(noneOf, decoder, false, value);
}
void JsonUpdater::serializeLIC(const std::string & fieldName, LIC & value)
{
const JsonNode & field = currentObject->operator[](fieldName);
if(field.isNull())
return;
const JsonNode & anyOf = field["anyOf"];
const JsonNode & allOf = field["allOf"];
const JsonNode & noneOf = field["noneOf"];
if(anyOf.Vector().empty())
{
//permissive mode
value.any = value.standard;
}
else
{
//restrictive mode
value.any.clear();
value.any.resize(value.standard.size(), false);
readLICPart(anyOf, value.decoder, true, value.any);
}
readLICPart(allOf, value.decoder, true, value.all);
readLICPart(noneOf, value.decoder, true, value.none);
//remove any banned from allowed and required
for(si32 idx = 0; idx < value.none.size(); idx++)
{
if(value.none[idx])
{
value.all[idx] = false;
value.any[idx] = false;
}
}
//add all required to allowed
for(si32 idx = 0; idx < value.all.size(); idx++)
{
if(value.all[idx])
{
value.any[idx] = true;
}
}
}
void JsonUpdater::serializeLIC(const std::string & fieldName, LICSet & value)
{
const JsonNode & field = currentObject->operator[](fieldName);
if(field.isNull())
return;
const JsonNode & anyOf = field["anyOf"];
const JsonNode & allOf = field["allOf"];
const JsonNode & noneOf = field["noneOf"];
value.all.clear();
value.none.clear();
if(anyOf.Vector().empty())
{
//permissive mode
value.any = value.standard;
}
else
{
//restrictive mode
value.any.clear();
readLICPart(anyOf, value.decoder, value.any);
for(si32 item : value.standard)
if(!vstd::contains(value.any, item))
value.none.insert(item);
}
readLICPart(allOf, value.decoder, value.all);
readLICPart(noneOf, value.decoder, value.none);
//remove any banned from allowed and required
auto isBanned = [&value](const si32 item)->bool
{
return vstd::contains(value.none, item);
};
vstd::erase_if(value.all, isBanned);
vstd::erase_if(value.any, isBanned);
//add all required to allowed
for(si32 item : value.all)
{
value.any.insert(item);
}
}
void JsonUpdater::serializeString(const std::string & fieldName, std::string & value)
{
const JsonNode & data = currentObject->operator[](fieldName);
if(data.getType() == JsonNode::JsonType::DATA_STRING)
value = data.String();
}
void JsonUpdater::serializeRaw(const std::string & fieldName, JsonNode & value, const boost::optional<const JsonNode &> defaultValue)
{
const JsonNode & data = currentObject->operator[](fieldName);
if(data.getType() != JsonNode::JsonType::DATA_NULL)
value = data;
}
void JsonUpdater::serializeBonuses(const std::string & fieldName, CBonusSystemNode * value)
{
const JsonNode & data = currentObject->operator[](fieldName);
const JsonNode & toAdd = data["toAdd"];
if(toAdd.getType() == JsonNode::JsonType::DATA_VECTOR)
{
for(auto & item : toAdd.Vector())
{
auto b = JsonUtils::parseBonus(item);
value->addNewBonus(b);
}
}
const JsonNode & toRemove = data["toRemove"];
if(toRemove.getType() == JsonNode::JsonType::DATA_VECTOR)
{
for(auto & item : toRemove.Vector())
{
auto mask = JsonUtils::parseBonus(item);
auto selector = [mask](const Bonus * b)
{
//compare everything but turnsRemain, limiter and propagator
return mask->duration == b->duration
&& mask->type == b->type
&& mask->subtype == b->subtype
&& mask->source == b->source
&& mask->val == b->val
&& mask->sid == b->sid
&& mask->valType == b->valType
&& mask->additionalInfo == b->additionalInfo
&& mask->effectRange == b->effectRange
&& mask->description == b->description;
};
value->removeBonuses(selector);
}
}
}
void JsonUpdater::readLICPart(const JsonNode & part, const TDecoder & decoder, const bool val, std::vector<bool> & value)
{
for(size_t index = 0; index < part.Vector().size(); index++)
{
const std::string & identifier = part.Vector()[index].String();
const si32 rawId = decoder(identifier);
if(rawId >= 0)
{
if(rawId < value.size())
value[rawId] = val;
else
logGlobal->error("JsonUpdater::serializeLIC: id out of bounds %d", rawId);
}
}
}
void JsonUpdater::readLICPart(const JsonNode & part, const TDecoder & decoder, std::set<si32> & value)
{
for(size_t index = 0; index < part.Vector().size(); index++)
{
const std::string & identifier = part.Vector()[index].String();
const si32 rawId = decoder(identifier);
if(rawId != -1)
value.insert(rawId);
}
}