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npc.cpp
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#include "npc.h"
#include <unordered_map>
#include <algorithm>
//#include <execution>
//#include <memory>
namespace NPC
{
ActorData aData;
struct patch_instruction create_patch_instruction(const std::string& line)
{
patch_instruction l;
// extract npcs
// extract objects
//std::regex objects_regex("filterByNpcs\\s*=([^:]+)", regex::icase);
//std::smatch objects_match;
//std::regex_search(line, objects_match, objects_regex);
//std::shared_ptr<std::vector<std::string>> objects = std::make_shared<std::vector<std::string>>();
//if (objects_match.empty() || objects_match[1].str().empty()) {
// //empty
//} else {
// std::string objects_str = objects_match[1];
// std::regex objects_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", regex::icase);
// std::sregex_iterator objects_iterator(objects_str.begin(), objects_str.end(), objects_list_regex);
// std::sregex_iterator objects_end;
// while (objects_iterator != objects_end) {
// std::string tempVar = (*objects_iterator)[0].str();
// tempVar.erase(tempVar.begin(), std::find_if_not(tempVar.begin(), tempVar.end(), ::isspace));
// tempVar.erase(std::find_if_not(tempVar.rbegin(), tempVar.rend(), ::isspace).base(), tempVar.end());
// //logger::info(FMT_STRING("Race: {}"), race);
// if (tempVar != "none") {
// (*objects).push_back(tempVar);
// }
// ++objects_iterator;
// }
// l.object = (*objects);
//}
extractData(line, "filterByNpcs\\s*=([^:]+)", l.object);
//// extract objectsExcluded
// std::regex objectsExcluded_regex("filterByNpcsExcluded\\s*=([^:]+)", std::regex::icase);
// std::smatch objectsExcluded_match;
// std::regex_search(line, objectsExcluded_match, objectsExcluded_regex);
//
// if (!objectsExcluded_match.empty() && !objectsExcluded_match[1].str().empty()) {
// std::string objectsExcluded_str = objectsExcluded_match[1];
// std::regex objectsExcluded_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", std::regex::icase);
//
// std::vector<std::string> temp_objectsExcluded;
// std::sregex_iterator objectsExcluded_iterator(objectsExcluded_str.begin(), objectsExcluded_str.end(), objectsExcluded_list_regex);
// std::sregex_iterator objectsExcluded_end;
//
// while (objectsExcluded_iterator != objectsExcluded_end) {
// std::string tempVar = (*objectsExcluded_iterator)[0].str();
// tempVar.erase(tempVar.begin(), std::find_if_not(tempVar.begin(), tempVar.end(), ::isspace));
// tempVar.erase(std::find_if_not(tempVar.rbegin(), tempVar.rend(), ::isspace).base(), tempVar.end());
//
// //logger::info(FMT_STRING("Race: {}"), race);
// if (tempVar != "none") {
// temp_objectsExcluded.push_back(tempVar);
// }
// ++objectsExcluded_iterator;
// }
//
// l.objectExcluded = std::move(temp_objectsExcluded);
// }
extractData(line, "filterByNpcsExcluded\\s*=([^:]+)", l.objectExcluded);
//// extract keywords
// std::regex keywords_regex("filterByKeywords\\s*=([^:]+)", std::regex::icase);
// std::smatch keywords_match;
// std::regex_search(line, keywords_match, keywords_regex);
//
// if (!keywords_match.empty() && !keywords_match[1].str().empty()) {
// std::string keywords_str = keywords_match[1];
// std::regex keywords_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", std::regex::icase);
//
// std::shared_ptr<std::vector<std::string>> temp_keywords = std::make_shared<std::vector<std::string>>();
// std::sregex_iterator keywords_iterator(keywords_str.begin(), keywords_str.end(), keywords_list_regex);
// std::sregex_iterator keywords_end;
//
// while (keywords_iterator != keywords_end) {
// std::string keyword = (*keywords_iterator)[0].str();
// keyword.erase(keyword.begin(), std::find_if_not(keyword.begin(), keyword.end(), ::isspace));
// keyword.erase(std::find_if_not(keyword.rbegin(), keyword.rend(), ::isspace).base(), keyword.end());
//
// if (keyword != "none") {
// temp_keywords->push_back(keyword);
// }
// ++keywords_iterator;
// }
//
// l.keywords = std::move(*temp_keywords);
// }
extractData(line, "filterByKeywords\\s*=([^:]+)", l.keywords);
//// extract keywordsOr
// std::regex keywordsOr_regex("filterByKeywordsOr\\s*=([^:]+)", std::regex::icase);
// std::smatch keywordsOr_match;
// std::regex_search(line, keywordsOr_match, keywordsOr_regex);
//
// if (!keywordsOr_match.empty() && !keywordsOr_match[1].str().empty()) {
// std::string keywordsOr_str = keywordsOr_match[1];
// std::regex keywordsOr_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", std::regex::icase);
//
// std::shared_ptr<std::vector<std::string>> temp_keywordsOr = std::make_shared<std::vector<std::string>>();
// std::sregex_iterator keywordsOr_iterator(keywordsOr_str.begin(), keywordsOr_str.end(), keywordsOr_list_regex);
// std::sregex_iterator keywordsOr_end;
//
// while (keywordsOr_iterator != keywordsOr_end) {
// std::string keyword = (*keywordsOr_iterator)[0].str();
// keyword.erase(keyword.begin(), std::find_if_not(keyword.begin(), keyword.end(), ::isspace));
// keyword.erase(std::find_if_not(keyword.rbegin(), keyword.rend(), ::isspace).base(), keyword.end());
//
// if (keyword != "none") {
// temp_keywordsOr->push_back(keyword);
// }
// ++keywordsOr_iterator;
// }
//
// l.keywordsOr = std::move(*temp_keywordsOr);
// }
extractData(line, "filterByKeywordsOr\\s*=([^:]+)", l.keywordsOr);
//// extract keywordsExcluded
// std::regex keywordsExcluded_regex("filterByKeywordsExcluded\\s*=([^:]+)", std::regex::icase);
// std::smatch keywordsExcluded_match;
// std::regex_search(line, keywordsExcluded_match, keywordsExcluded_regex);
//
// if (!keywordsExcluded_match.empty() && !keywordsExcluded_match[1].str().empty()) {
// std::string keywordsExcluded_str = keywordsExcluded_match[1];
// std::regex keywordsExcluded_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", std::regex::icase);
//
// std::shared_ptr<std::vector<std::string>> temp_keywordsExcluded = std::make_shared<std::vector<std::string>>();
// std::sregex_iterator keywordsExcluded_iterator(keywordsExcluded_str.begin(), keywordsExcluded_str.end(), keywordsExcluded_list_regex);
// std::sregex_iterator keywordsExcluded_end;
//
// while (keywordsExcluded_iterator != keywordsExcluded_end) {
// std::string keyword = (*keywordsExcluded_iterator)[0].str();
// keyword.erase(keyword.begin(), std::find_if_not(keyword.begin(), keyword.end(), ::isspace));
// keyword.erase(std::find_if_not(keyword.rbegin(), keyword.rend(), ::isspace).base(), keyword.end());
//
// if (keyword != "none") {
// temp_keywordsExcluded->push_back(keyword);
// }
// ++keywordsExcluded_iterator;
// }
//
// l.keywordsExcluded = std::move(*temp_keywordsExcluded);
// }
extractData(line, "filterByKeywordsExcluded\\s*=([^:]+)", l.keywordsExcluded);
//// extract races
// std::regex races_regex("filterByRaces\\s*=([^:]+)", std::regex::icase);
// std::smatch races_match;
// std::regex_search(line, races_match, races_regex);
//
// if (!races_match.empty() && !races_match[1].str().empty()) {
// std::string races_str = races_match[1];
// std::regex races_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", std::regex::icase);
//
// std::shared_ptr<std::vector<std::string>> temp_races = std::make_shared<std::vector<std::string>>();
// std::sregex_iterator races_iterator(races_str.begin(), races_str.end(), races_list_regex);
// std::sregex_iterator races_end;
//
// while (races_iterator != races_end) {
// std::string race = (*races_iterator)[0].str();
// race.erase(race.begin(), std::find_if_not(race.begin(), race.end(), ::isspace));
// race.erase(std::find_if_not(race.rbegin(), race.rend(), ::isspace).base(), race.end());
//
// if (race != "none") {
// temp_races->push_back(race);
// }
// ++races_iterator;
// }
//
// l.races = std::move(*temp_races);
// }
extractData(line, "filterByRaces\\s*=([^:]+)", l.races);
// extract Class
//std::regex filterClass_regex("filterByClass\\s*=([^:]+)", std::regex::icase);
//std::smatch filterClass_match;
//std::regex_search(line, filterClass_match, filterClass_regex);
//if (!filterClass_match.empty() && !filterClass_match[1].str().empty()) {
// std::string Class_str = filterClass_match[1];
// std::regex Class_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", std::regex::icase);
// std::shared_ptr<std::vector<std::string>> temp_Class = std::make_shared<std::vector<std::string>>();
// std::sregex_iterator Class_iterator(Class_str.begin(), Class_str.end(), Class_list_regex);
// std::sregex_iterator Class_end;
// while (Class_iterator != Class_end) {
// std::string race = (*Class_iterator)[0].str();
// race.erase(race.begin(), std::find_if_not(race.begin(), race.end(), ::isspace));
// race.erase(std::find_if_not(race.rbegin(), race.rend(), ::isspace).base(), race.end());
// if (race != "none") {
// temp_Class->push_back(race);
// }
// ++Class_iterator;
// }
// l.filterClass = std::move(*temp_Class);
//}
extractData(line, "filterByClass\\s*=([^:]+)", l.filterClass);
//// extract ClassExclude
// std::regex filterClassExclude_regex("filterByClassExclude\\s*=([^:]+)", std::regex::icase);
// std::smatch filterClassExclude_match;
// std::regex_search(line, filterClassExclude_match, filterClassExclude_regex);
//
// if (!filterClassExclude_match.empty() && !filterClassExclude_match[1].str().empty()) {
// std::string ClassExclude_str = filterClassExclude_match[1];
// std::regex ClassExclude_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", std::regex::icase);
//
// std::shared_ptr<std::vector<std::string>> temp_ClassExclude = std::make_shared<std::vector<std::string>>();
// std::sregex_iterator ClassExclude_iterator(ClassExclude_str.begin(), ClassExclude_str.end(), ClassExclude_list_regex);
// std::sregex_iterator ClassExclude_end;
//
// while (ClassExclude_iterator != ClassExclude_end) {
// std::string race = (*ClassExclude_iterator)[0].str();
// race.erase(race.begin(), std::find_if_not(race.begin(), race.end(), ::isspace));
// race.erase(std::find_if_not(race.rbegin(), race.rend(), ::isspace).base(), race.end());
//
// if (race != "none") {
// temp_ClassExclude->push_back(race);
// }
// ++ClassExclude_iterator;
// }
//
// l.filterClassExclude = std::move(*temp_ClassExclude);
// }
extractData(line, "filterByClassExclude\\s*=([^:]+)", l.filterClassExclude);
//// extract Faction
// std::regex FactionAnd_regex("filterByFactions\\s*=([^:]+)", std::regex::icase);
// std::smatch FactionAnd_match;
// std::regex_search(line, FactionAnd_match, FactionAnd_regex);
//
// if (!FactionAnd_match.empty() && !FactionAnd_match[1].str().empty()) {
// std::string Faction_str = FactionAnd_match[1];
// std::regex Faction_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", std::regex::icase);
//
// std::shared_ptr<std::vector<std::string>> temp_Faction = std::make_shared<std::vector<std::string>>();
// std::sregex_iterator Faction_iterator(Faction_str.begin(), Faction_str.end(), Faction_list_regex);
// std::sregex_iterator Faction_end;
//
// while (Faction_iterator != Faction_end) {
// std::string keyword = (*Faction_iterator)[0].str();
// keyword.erase(keyword.begin(), std::find_if_not(keyword.begin(), keyword.end(), ::isspace));
// keyword.erase(std::find_if_not(keyword.rbegin(), keyword.rend(), ::isspace).base(), keyword.end());
//
// if (keyword != "none") {
// temp_Faction->push_back(keyword);
// }
// ++Faction_iterator;
// }
//
// l.filterFactions = std::move(*temp_Faction);
// }
extractData(line, "filterByFactions\\s*=([^:]+)", l.filterFactions);
//// extract FactionOr
// std::regex FactionOr_regex("filterByFactionsOr\\s*=([^:]+)", std::regex::icase);
// std::smatch FactionOr_match;
// std::regex_search(line, FactionOr_match, FactionOr_regex);
//
// if (!FactionOr_match.empty() && !FactionOr_match[1].str().empty()) {
// std::string FactionOr_str = FactionOr_match[1];
// std::regex FactionOr_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", std::regex::icase);
//
// std::shared_ptr<std::vector<std::string>> temp_FactionOr = std::make_shared<std::vector<std::string>>();
// std::sregex_iterator FactionOr_iterator(FactionOr_str.begin(), FactionOr_str.end(), FactionOr_list_regex);
// std::sregex_iterator FactionOr_end;
//
// while (FactionOr_iterator != FactionOr_end) {
// std::string keyword = (*FactionOr_iterator)[0].str();
// keyword.erase(keyword.begin(), std::find_if_not(keyword.begin(), keyword.end(), ::isspace));
// keyword.erase(std::find_if_not(keyword.rbegin(), keyword.rend(), ::isspace).base(), keyword.end());
//
// if (keyword != "none") {
// temp_FactionOr->push_back(keyword);
// }
// ++FactionOr_iterator;
// }
//
// l.filterFactionsOr = std::move(*temp_FactionOr);
// }
extractData(line, "filterByFactionsOr\\s*=([^:]+)", l.filterFactionsOr);
//// extract Faction
//std::regex FactionExcluded_regex("filterByFactionsExcluded\\s*=([^:]+)", regex::icase);
//std::smatch FactionExcluded_match;
//std::regex_search(line, FactionExcluded_match, FactionExcluded_regex);
//std::vector<std::string> FactionExcluded;
//if (FactionExcluded_match.empty() || FactionExcluded_match[1].str().empty()) {
// //empty
//} else {
// std::string FactionExcluded_str = FactionExcluded_match[1];
// std::regex FactionExcluded_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", regex::icase);
// std::sregex_iterator FactionExcluded_iterator(FactionExcluded_str.begin(), FactionExcluded_str.end(), FactionExcluded_list_regex);
// std::sregex_iterator FactionExcluded_end;
// while (FactionExcluded_iterator != FactionExcluded_end) {
// std::string keyword = (*FactionExcluded_iterator)[0].str();
// keyword.erase(keyword.begin(), std::find_if_not(keyword.begin(), keyword.end(), ::isspace));
// keyword.erase(std::find_if_not(keyword.rbegin(), keyword.rend(), ::isspace).base(), keyword.end());
// if (keyword != "none") {
// FactionExcluded.push_back(keyword);
// }
// ++FactionExcluded_iterator;
// }
// l.filterFactionsExcluded = FactionExcluded;
//}
extractData(line, "filterByFactionsExcluded\\s*=([^:]+)", l.filterFactionsExcluded);
// extract autoCalcStats
std::regex list_regex("setAutoCalcStats\\s*=([^:]+)", regex::icase);
std::smatch listmatch;
std::regex_search(line, listmatch, list_regex);
// extract the value after the equals sign
if (listmatch.empty() || listmatch[1].str().empty()) {
l.calcStats = "none";
} else {
std::string tempString = listmatch[1].str();
tempString.erase(tempString.begin(), std::find_if_not(tempString.begin(), tempString.end(), ::isspace));
tempString.erase(std::find_if_not(tempString.rbegin(), tempString.rend(), ::isspace).base(), tempString.end());
l.calcStats = tempString;
}
//// extract pcMultFlag
//std::regex pcMultFlag_regex("setPcLevelMult\\s*=([^:]+)", std::regex::icase);
//std::smatch pcMultFlag_match;
//std::regex_search(line, pcMultFlag_match, pcMultFlag_regex);
//if (!pcMultFlag_match.empty() && !pcMultFlag_match[1].str().empty()) {
// std::string pcMultFlag_str = pcMultFlag_match[1];
// std::regex pcMultFlag_list_regex("(\\w+)\\s*=\\s*([\\d.]+)(?:\\s*~\\s*([\\d.]+))?", std::regex::icase);
// std::shared_ptr<std::vector<std::string>> temp_pcMultFlag_before_eq = std::make_shared<std::vector<std::string>>();
// std::shared_ptr<std::vector<int>> temp_pcMultFlag_min_values = std::make_shared<std::vector<int>>();
// std::shared_ptr<std::vector<int>> temp_pcMultFlag_max_values = std::make_shared<std::vector<int>>();
// std::sregex_iterator pcMultFlag_iterator(pcMultFlag_str.begin(), pcMultFlag_str.end(), pcMultFlag_list_regex);
// std::sregex_iterator pcMultFlag_end;
// while (pcMultFlag_iterator != pcMultFlag_end) {
// std::string avif = (*pcMultFlag_iterator)[1].str();
// avif.erase(avif.begin(), std::find_if_not(avif.begin(), avif.end(), ::isspace));
// avif.erase(std::find_if_not(avif.rbegin(), avif.rend(), ::isspace).base(), avif.end());
// if (avif == "none") {
// break;
// }
// temp_pcMultFlag_before_eq->push_back(avif);
// temp_pcMultFlag_min_values->push_back(std::stoi((*pcMultFlag_iterator)[2]));
// temp_pcMultFlag_max_values->push_back((*pcMultFlag_iterator)[3] != "" ? std::stoi((*pcMultFlag_iterator)[3]) : std::stoi((*pcMultFlag_iterator)[2]));
// ++pcMultFlag_iterator;
// }
// l.pcMultFlag = std::move(*temp_pcMultFlag_before_eq);
// l.PCvalues1 = std::move(*temp_pcMultFlag_min_values);
// l.PCvalues2 = std::move(*temp_pcMultFlag_max_values);
//}
extractMultiDataInt(line, "setPcLevelMult\\s*=([^:]+)", l.pcMultFlag, l.PCvalues1, l.PCvalues2);
// extract Essential
std::regex essentiallist_regex("setEssential\\s*=([^:]+)", regex::icase);
std::smatch essentiallistmatch;
std::regex_search(line, essentiallistmatch, essentiallist_regex);
// extract the value after the equals sign
if (essentiallistmatch.empty() || essentiallistmatch[1].str().empty()) {
l.kEssential = "none";
} else {
std::string tempString = essentiallistmatch[1].str();
tempString.erase(tempString.begin(), std::find_if_not(tempString.begin(), tempString.end(), ::isspace));
tempString.erase(std::find_if_not(tempString.rbegin(), tempString.rend(), ::isspace).base(), tempString.end());
l.kEssential = tempString;
}
// extract Protected
std::regex Protectedlist_regex("setProtected\\s*=([^:]+)", regex::icase);
std::smatch Protectedlistmatch;
std::regex_search(line, Protectedlistmatch, Protectedlist_regex);
// extract the value after the equals sign
if (Protectedlistmatch.empty() || Protectedlistmatch[1].str().empty()) {
l.kProtected = "none";
} else {
std::string tempString = Protectedlistmatch[1].str();
tempString.erase(tempString.begin(), std::find_if_not(tempString.begin(), tempString.end(), ::isspace));
tempString.erase(std::find_if_not(tempString.rbegin(), tempString.rend(), ::isspace).base(), tempString.end());
l.kProtected = tempString;
}
// extract getLevelRange
std::regex levelRange_regex("levelRange\\s*=\\s*(\\d+)\\s*~\\s*(\\d+)", regex::icase);
std::smatch levelRange;
std::regex_search(line, levelRange, levelRange_regex);
if (levelRange.empty() || levelRange.size() < 3) {
l.level_min = "none";
l.level_max = "none";
} else {
l.level_min = levelRange[1].str();
l.level_max = levelRange[2].str();
}
// // extract avifs
//std::regex avifs_regex("changeStats\\s*=([^:]+)", std::regex::icase);
//std::smatch avifs_match;
//std::regex_search(line, avifs_match, avifs_regex);
//if (!avifs_match.empty() && !avifs_match[1].str().empty()) {
// std::string avifs_str = avifs_match[1];
// std::regex avifs_list_regex("(\\w+)\\s*=\\s*([\\d.]+)(?:\\s*~\\s*([\\d.]+))?", std::regex::icase);
// std::vector<std::string> temp_avifs;
// std::vector<float> temp_values1;
// std::vector<float> temp_values2;
// std::sregex_iterator avifs_iterator(avifs_str.begin(), avifs_str.end(), avifs_list_regex);
// std::sregex_iterator avifs_end;
// while (avifs_iterator != avifs_end) {
// std::string avif = (*avifs_iterator)[1].str();
// avif.erase(avif.begin(), std::find_if_not(avif.begin(), avif.end(), ::isspace));
// avif.erase(std::find_if_not(avif.rbegin(), avif.rend(), ::isspace).base(), avif.end());
// if (avif == "none") {
// break;
// }
// temp_avifs.push_back(avif);
// temp_values1.push_back(std::stof((*avifs_iterator)[2]));
// temp_values2.push_back((*avifs_iterator)[3] != "" ? std::stof((*avifs_iterator)[3]) : std::stof((*avifs_iterator)[2]));
// ++avifs_iterator;
// }
// l.avifs = std::move(temp_avifs);
// l.values1 = std::move(temp_values1);
// l.values2 = std::move(temp_values2);
//}
extractMultiDataFloat(line, "changeStats\\s*=([^:]+)", l.avifs, l.values1, l.values2);
//// extract Faction
//std::regex Faction_regex("factionsToAdd\\s*=([^:]+)", std::regex::icase);
//std::smatch Faction_match;
//std::regex_search(line, Faction_match, Faction_regex);
//if (!Faction_match.empty() && !Faction_match[1].str().empty()) {
// std::string Faction_str = Faction_match[1];
// std::regex Faction_list_regex("([^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8})\\s*=\\s*([\\d.]+)(?:\\s*~\\s*([\\d.]+))?", std::regex::icase);
// std::vector<std::string> temp_factionsToAdd;
// std::vector<float> temp_factionsToAddRank1;
// std::vector<float> temp_factionsToAddRank2;
// std::sregex_iterator Faction_iterator(Faction_str.begin(), Faction_str.end(), Faction_list_regex);
// std::sregex_iterator Faction_end;
// while (Faction_iterator != Faction_end) {
// std::string avif = (*Faction_iterator)[1].str();
// avif.erase(avif.begin(), std::find_if_not(avif.begin(), avif.end(), ::isspace));
// avif.erase(std::find_if_not(avif.rbegin(), avif.rend(), ::isspace).base(), avif.end());
// if (avif == "none") {
// break;
// }
// temp_factionsToAdd.push_back(avif);
// temp_factionsToAddRank1.push_back(std::stof((*Faction_iterator)[2]));
// temp_factionsToAddRank2.push_back((*Faction_iterator)[3] != "" ? std::stof((*Faction_iterator)[3]) : std::stof((*Faction_iterator)[2]));
// ++Faction_iterator;
// }
// l.factionsToAdd = std::move(temp_factionsToAdd);
// l.factionsToAddRank1 = std::move(temp_factionsToAddRank1);
// l.factionsToAddRank2 = std::move(temp_factionsToAddRank2);
//}
extractMultiDataFloat(line, "factionsToAdd\\s*=([^:]+)", l.factionsToAdd, l.factionsToAddRank1, l.factionsToAddRank2);
//// extract keywordsToAdd
//std::regex keywordsToAdd_regex("keywordsToAdd\\s*=([^:]+)", regex::icase);
//std::smatch keywordsToAdd_match;
//std::regex_search(line, keywordsToAdd_match, keywordsToAdd_regex);
//std::vector<std::string> keywordsToAdd;
//if (keywordsToAdd_match.empty() || keywordsToAdd_match[1].str().empty()) {
// //empty
//} else {
// std::string keywordsToAdd_str = keywordsToAdd_match[1];
// std::regex keywordsToAdd_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", regex::icase);
// std::sregex_iterator keywordsToAdd_iterator(keywordsToAdd_str.begin(), keywordsToAdd_str.end(), keywordsToAdd_list_regex);
// std::sregex_iterator keywordsToAdd_end;
// while (keywordsToAdd_iterator != keywordsToAdd_end) {
// std::string keywordToAdd = (*keywordsToAdd_iterator)[0].str();
// keywordToAdd.erase(keywordToAdd.begin(), std::find_if_not(keywordToAdd.begin(), keywordToAdd.end(), ::isspace));
// keywordToAdd.erase(std::find_if_not(keywordToAdd.rbegin(), keywordToAdd.rend(), ::isspace).base(), keywordToAdd.end());
// if (keywordToAdd != "none") {
// //logger::info(FMT_STRING("keywordsToAdd: {}"), keywordToAdd);
// keywordsToAdd.push_back(keywordToAdd);
// }
// ++keywordsToAdd_iterator;
// }
// l.keywordsToAdd = keywordsToAdd;
//}
extractData(line, "keywordsToAdd\\s*=([^:]+)", l.keywordsToAdd);
//// extract keywordsToRemove
//std::regex keywordsToRemove_regex("keywordsToRemove\\s*=([^:]+)", regex::icase);
//std::smatch keywordsToRemove_match;
//std::regex_search(line, keywordsToRemove_match, keywordsToRemove_regex);
//std::vector<std::string> keywordsToRemove;
//if (keywordsToRemove_match.empty() || keywordsToRemove_match[1].str().empty()) {
// //empty
//} else {
// std::string keywordsToRemove_str = keywordsToRemove_match[1];
// std::regex keywordsToRemove_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", regex::icase);
// std::sregex_iterator keywordsToRemove_iterator(keywordsToRemove_str.begin(), keywordsToRemove_str.end(), keywordsToRemove_list_regex);
// std::sregex_iterator keywordsToRemove_end;
// while (keywordsToRemove_iterator != keywordsToRemove_end) {
// std::string keywordToRemove = (*keywordsToRemove_iterator)[0].str();
// keywordToRemove.erase(keywordToRemove.begin(), std::find_if_not(keywordToRemove.begin(), keywordToRemove.end(), ::isspace));
// keywordToRemove.erase(std::find_if_not(keywordToRemove.rbegin(), keywordToRemove.rend(), ::isspace).base(), keywordToRemove.end());
// if (keywordToRemove != "none") {
// //logger::info(FMT_STRING("keywordsToRemove: {}"), keywordToRemove);
// keywordsToRemove.push_back(keywordToRemove);
// }
// ++keywordsToRemove_iterator;
// }
// l.keywordsToRemove = keywordsToRemove;
//}
extractData(line, "keywordsToRemove\\s*=([^:]+)", l.keywordsToRemove);
//// extract factionsToRemove
//std::regex factionsToRemove_regex("factionsToRemove\\s*=([^:]+)", regex::icase);
//std::smatch factionsToRemove_match;
//std::regex_search(line, factionsToRemove_match, factionsToRemove_regex);
//std::vector<std::string> factionsToRemove;
//if (factionsToRemove_match.empty() || factionsToRemove_match[1].str().empty()) {
// //empty
//} else {
// std::string factionsToRemove_str = factionsToRemove_match[1];
// std::regex factionsToRemove_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", regex::icase);
// std::sregex_iterator factionsToRemove_iterator(factionsToRemove_str.begin(), factionsToRemove_str.end(), factionsToRemove_list_regex);
// std::sregex_iterator factionsToRemove_end;
// while (factionsToRemove_iterator != factionsToRemove_end) {
// std::string keywordToRemove = (*factionsToRemove_iterator)[0].str();
// keywordToRemove.erase(keywordToRemove.begin(), std::find_if_not(keywordToRemove.begin(), keywordToRemove.end(), ::isspace));
// keywordToRemove.erase(std::find_if_not(keywordToRemove.rbegin(), keywordToRemove.rend(), ::isspace).base(), keywordToRemove.end());
// if (keywordToRemove != "none") {
// //logger::info(FMT_STRING("factionsToRemove: {}"), keywordToRemove);
// factionsToRemove.push_back(keywordToRemove);
// }
// ++factionsToRemove_iterator;
// }
// l.factionsToRemove = factionsToRemove;
//}
extractData(line, "factionsToRemove\\s*=([^:]+)", l.factionsToRemove);
//// extract perksToAdd
//std::regex perksToAdd_regex("perksToAdd\\s*=([^:]+)", regex::icase);
//std::smatch perksToAdd_match;
//std::regex_search(line, perksToAdd_match, perksToAdd_regex);
//std::vector<std::string> perksToAdd;
//if (perksToAdd_match.empty() || perksToAdd_match[1].str().empty()) {
// //empty
//} else {
// std::string perksToAdd_str = perksToAdd_match[1];
// std::regex perksToAdd_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", regex::icase);
// std::sregex_iterator perksToAdd_iterator(perksToAdd_str.begin(), perksToAdd_str.end(), perksToAdd_list_regex);
// std::sregex_iterator perksToAdd_end;
// while (perksToAdd_iterator != perksToAdd_end) {
// std::string perkToAdd = (*perksToAdd_iterator)[0].str();
// perkToAdd.erase(perkToAdd.begin(), std::find_if_not(perkToAdd.begin(), perkToAdd.end(), ::isspace));
// perkToAdd.erase(std::find_if_not(perkToAdd.rbegin(), perkToAdd.rend(), ::isspace).base(), perkToAdd.end());
// if ((*perksToAdd_iterator)[0].str() != "none") {
// //logger::info(FMT_STRING("perksToAdd: {}"), perkToAdd);
// perksToAdd.push_back(perkToAdd);
// }
// ++perksToAdd_iterator;
// }
// l.perksToAdd = perksToAdd;
//}
extractData(line, "perksToAdd\\s*=([^:]+)", l.perksToAdd);
std::regex objectsToAdd_regex("objectsToAdd\\s*=([^:]+)", regex::icase);
std::smatch objectsToAdd_match;
std::regex_search(line, objectsToAdd_match, objectsToAdd_regex);
std::vector<std::string> objectsToAdd;
if (objectsToAdd_match.empty() || objectsToAdd_match[1].str().empty()) {
//empty
} else {
std::string objectsToAdd_str = objectsToAdd_match[1];
std::regex pattern("([^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8})\\s*=\\s*([^,]+)", regex::icase);
std::smatch match;
auto begin = std::sregex_iterator(objectsToAdd_str.begin(), objectsToAdd_str.end(), pattern);
auto end = std::sregex_iterator();
for (std::sregex_iterator i = begin; i != end; ++i) {
std::smatch match = *i;
l.objectsToAdd.push_back(match[1]);
l.objectsToAddValue.push_back(match[2]);
//logger::debug(FMT_STRING("Match: {} {}"), match[1].str(), match[2].str());
}
}
//// extract ObjectsToRemove
//std::regex ObjectsToRemove_regex("ObjectsToRemove\\s*=([^:]+)", regex::icase);
//std::smatch ObjectsToRemove_match;
//std::regex_search(line, ObjectsToRemove_match, ObjectsToRemove_regex);
//std::vector<std::string> ObjectsToRemove;
//if (ObjectsToRemove_match.empty() || ObjectsToRemove_match[1].str().empty()) {
// //empty
//} else {
// std::string ObjectsToRemove_str = ObjectsToRemove_match[1];
// std::regex ObjectsToRemove_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", regex::icase);
// std::sregex_iterator ObjectsToRemove_iterator(ObjectsToRemove_str.begin(), ObjectsToRemove_str.end(), ObjectsToRemove_list_regex);
// std::sregex_iterator ObjectsToRemove_end;
// while (ObjectsToRemove_iterator != ObjectsToRemove_end) {
// std::string keywordToRemove = (*ObjectsToRemove_iterator)[0].str();
// keywordToRemove.erase(keywordToRemove.begin(), std::find_if_not(keywordToRemove.begin(), keywordToRemove.end(), ::isspace));
// keywordToRemove.erase(std::find_if_not(keywordToRemove.rbegin(), keywordToRemove.rend(), ::isspace).base(), keywordToRemove.end());
// if (keywordToRemove != "none") {
// //logger::info(FMT_STRING("ObjectsToRemove: {}"), keywordToRemove);
// ObjectsToRemove.push_back(keywordToRemove);
// }
// ++ObjectsToRemove_iterator;
// }
// l.objectsToRemove = ObjectsToRemove;
//}
extractData(line, "ObjectsToRemove\\s*=([^:]+)", l.objectsToRemove);
// extract Outfit
std::regex Outfit_regex("outfitDefault\\s*=([^:]+)", regex::icase);
std::smatch outfitDefaultmatch;
std::regex_search(line, outfitDefaultmatch, Outfit_regex);
// extract the value after the equals sign
if (outfitDefaultmatch.empty() || outfitDefaultmatch[1].str().empty()) {
l.outfitDefault = "none";
} else {
std::string tempString = outfitDefaultmatch[1].str();
tempString.erase(tempString.begin(), std::find_if_not(tempString.begin(), tempString.end(), ::isspace));
tempString.erase(std::find_if_not(tempString.rbegin(), tempString.rend(), ::isspace).base(), tempString.end());
l.outfitDefault = tempString;
}
// extract Outfit
std::regex OutfitSleep_regex("outfitSleep\\s*=([^:]+)", regex::icase);
std::smatch outfitSleepmatch;
std::regex_search(line, outfitSleepmatch, OutfitSleep_regex);
// extract the value after the equals sign
if (outfitSleepmatch.empty() || outfitSleepmatch[1].str().empty()) {
l.outfitSleep = "none";
} else {
std::string tempString = outfitSleepmatch[1].str();
tempString.erase(tempString.begin(), std::find_if_not(tempString.begin(), tempString.end(), ::isspace));
tempString.erase(std::find_if_not(tempString.rbegin(), tempString.rend(), ::isspace).base(), tempString.end());
l.outfitSleep = tempString;
}
// extract deathItem
std::regex DeathItem_regex("deathItem\\s*=([^:]+)", regex::icase);
std::smatch DeathItemmatch;
std::regex_search(line, DeathItemmatch, DeathItem_regex);
// extract the value after the equals sign
if (DeathItemmatch.empty() || DeathItemmatch[1].str().empty()) {
l.deathItem = "none";
} else {
std::string tempString = DeathItemmatch[1].str();
tempString.erase(tempString.begin(), std::find_if_not(tempString.begin(), tempString.end(), ::isspace));
tempString.erase(std::find_if_not(tempString.rbegin(), tempString.rend(), ::isspace).base(), tempString.end());
l.deathItem = tempString;
}
// extract Skin
std::regex skin_regex("skin\\s*=([^:]+)", regex::icase);
std::smatch skinmatch;
std::regex_search(line, skinmatch, skin_regex);
// extract the value after the equals sign
if (skinmatch.empty() || skinmatch[1].str().empty()) {
l.skin = "none";
} else {
std::string tempString = skinmatch[1].str();
tempString.erase(tempString.begin(), std::find_if_not(tempString.begin(), tempString.end(), ::isspace));
tempString.erase(std::find_if_not(tempString.rbegin(), tempString.rend(), ::isspace).base(), tempString.end());
l.skin = tempString;
}
// extract Race
std::regex Race_regex("race\\s*=([^:]+)", regex::icase);
std::smatch Racematch;
std::regex_search(line, Racematch, Race_regex);
// extract the value after the equals sign
if (Racematch.empty() || Racematch[1].str().empty()) {
l.race = "none";
} else {
std::string tempString = Racematch[1].str();
tempString.erase(tempString.begin(), std::find_if_not(tempString.begin(), tempString.end(), ::isspace));
tempString.erase(std::find_if_not(tempString.rbegin(), tempString.rend(), ::isspace).base(), tempString.end());
l.race = tempString;
}
// extract Class
std::regex Class_regex("class\\s*=([^:]+)", regex::icase);
std::smatch Classmatch;
std::regex_search(line, Classmatch, Class_regex);
// extract the value after the equals sign
if (Classmatch.empty() || Classmatch[1].str().empty()) {
l.Class = "none";
} else {
std::string tempString = Classmatch[1].str();
tempString.erase(tempString.begin(), std::find_if_not(tempString.begin(), tempString.end(), ::isspace));
tempString.erase(std::find_if_not(tempString.rbegin(), tempString.rend(), ::isspace).base(), tempString.end());
l.Class = tempString;
}
//// extract xpOffsetValue
//std::regex xpOffsetValue_regex("xpValueOffset\\s*=([^:]+)", regex::icase);
//std::smatch xpmatch;
//std::regex_search(line, xpmatch, xpOffsetValue_regex);
//// extract the value after the equals sign
//if (xpmatch.empty() || xpmatch[1].str().empty()) {
// l.xpValueOffset = "none";
//} else {
// std::string tempString = xpmatch[1].str();
// tempString.erase(tempString.begin(), std::find_if_not(tempString.begin(), tempString.end(), ::isspace));
// tempString.erase(std::find_if_not(tempString.rbegin(), tempString.rend(), ::isspace).base(), tempString.end());
// l.xpValueOffset = tempString;
//}
// extract level
std::regex level_regex("level\\s*=([^:]+)", regex::icase);
std::smatch lvlmatch;
std::regex_search(line, lvlmatch, level_regex);
// extract the value after the equals sign
if (lvlmatch.empty() || lvlmatch[1].str().empty()) {
l.level = "none";
} else {
std::string tempString = lvlmatch[1].str();
tempString.erase(tempString.begin(), std::find_if_not(tempString.begin(), tempString.end(), ::isspace));
tempString.erase(std::find_if_not(tempString.rbegin(), tempString.rend(), ::isspace).base(), tempString.end());
l.level = tempString;
}
// extract calcLevelMin
std::regex calcLevelMin_regex("calcLevelMin\\s*=([^:]+)", regex::icase);
std::smatch lminmatch;
std::regex_search(line, lminmatch, calcLevelMin_regex);
// extract the value after the equals sign
if (lminmatch.empty() || lminmatch[1].str().empty()) {
l.calcLevelMin = "none";
} else {
std::string tempString = lminmatch[1].str();
tempString.erase(tempString.begin(), std::find_if_not(tempString.begin(), tempString.end(), ::isspace));
tempString.erase(std::find_if_not(tempString.rbegin(), tempString.rend(), ::isspace).base(), tempString.end());
l.calcLevelMin = tempString;
}
// extract calcLevelMax
std::regex calcLevelMax_regex("calcLevelMax\\s*=([^:]+)", regex::icase);
std::smatch lmaxmatch;
std::regex_search(line, lmaxmatch, calcLevelMax_regex);
// extract the value after the equals sign
if (lmaxmatch.empty() || lmaxmatch[1].str().empty()) {
l.calcLevelMax = "none";
} else {
std::string tempString = lmaxmatch[1].str();
tempString.erase(tempString.begin(), std::find_if_not(tempString.begin(), tempString.end(), ::isspace));
tempString.erase(std::find_if_not(tempString.rbegin(), tempString.rend(), ::isspace).base(), tempString.end());
l.calcLevelMax = tempString;
}
//// extract spellsToAdd
//std::regex spellsToAdd_regex("spellsToAdd\\s*=([^:]+)", regex::icase);
//std::smatch spellsToAdd_match;
//std::regex_search(line, spellsToAdd_match, spellsToAdd_regex);
//std::vector<std::string> spellsToAdd;
//if (spellsToAdd_match.empty() || spellsToAdd_match[1].str().empty()) {
// //empty
//} else {
// std::string spellsToAdd_str = spellsToAdd_match[1];
// std::regex spellsToAdd_list_regex("[^,]+[ ]*[|][ ]*[a-zA-Z0-9]{1,8}", regex::icase);
// std::sregex_iterator spellsToAdd_iterator(spellsToAdd_str.begin(), spellsToAdd_str.end(), spellsToAdd_list_regex);
// std::sregex_iterator spellsToAdd_end;
// while (spellsToAdd_iterator != spellsToAdd_end) {
// std::string spellToAdd = (*spellsToAdd_iterator)[0].str();
// spellToAdd.erase(spellToAdd.begin(), std::find_if_not(spellToAdd.begin(), spellToAdd.end(), ::isspace));
// spellToAdd.erase(std::find_if_not(spellToAdd.rbegin(), spellToAdd.rend(), ::isspace).base(), spellToAdd.end());
// if ((*spellsToAdd_iterator)[0].str() != "none") {
// //logger::info(FMT_STRING("spellsToAdd: {}"), spellToAdd);
// spellsToAdd.push_back(spellToAdd);
// }
// ++spellsToAdd_iterator;
// }
// l.spellsToAdd = spellsToAdd;
//}
extractData(line, "spellsToAdd\\s*=([^:]+)", l.spellsToAdd);
// extract isFemale
std::regex isFemale_regex("filterByGender\\s*=([^:]+)", regex::icase);
std::smatch isfemalematch;
std::regex_search(line, isfemalematch, isFemale_regex);
// extract the value after the equals sign
if (isfemalematch.empty() || isfemalematch[1].str().empty()) {
l.isFemale = "none";
} else {
std::string isfemalevalue = isfemalematch[1].str();
isfemalevalue.erase(isfemalevalue.begin(), std::find_if_not(isfemalevalue.begin(), isfemalevalue.end(), ::isspace));
isfemalevalue.erase(std::find_if_not(isfemalevalue.rbegin(), isfemalevalue.rend(), ::isspace).base(), isfemalevalue.end());
l.isFemale = isfemalevalue;
}
// extract staminaBonus
std::regex staminaBonus_regex("staminaBonus\\s*=([^:]+)", regex::icase);
std::smatch match;
std::regex_search(line, match, staminaBonus_regex);
// extract the value after the equals sign
if (match.empty() || match[1].str().empty()) {
l.staminaBonus = "none";
} else {
std::string value = match[1].str();
value.erase(std::remove_if(value.begin(), value.end(), ::isspace), value.end());
l.staminaBonus = value;
}
//logger::debug(FMT_STRING("npcs: {} races: {} keywords: {} avifs: {} keywordsToAdd: {} perksToAdd {}"), l.object.size(), l.races.size(), l.keywords.size(), l.avifs.size(), l.keywordsToAdd.size(), l.perksToAdd.size());
//logger::info("returning patch instructions");
return l;
}
//void process_patch_instructions(const patch_instruction& line)
void process_patch_instructions(const std::list<patch_instruction>& tokens)
{
logger::debug("processing patch instructions");
const auto dataHandler = RE::TESDataHandler::GetSingleton();
RE::BSTArray<RE::TESNPC*> NPCArray = dataHandler->GetFormArray<RE::TESNPC>();
logger::debug("NPC count: {}", NPCArray.size());
for (const auto& line : tokens) {
for (const auto& curobj :NPCArray) {
//std::for_each(std::execution::par, std::begin(NPCArray), std::end(NPCArray), [&](const auto& curobj) {
//logger::debug(FMT_STRING("Start Progressing npc with id {:08X}"), curobj->formID);
bool found = false;
bool keywordAnd = false;
bool keywordOr = false;
bool factionAnd = false;
bool factionOr = false;
//curobj.
if (!line.object.empty()) {
//logger::info("npc not empty");
for (const auto& npcstring : line.object) {
RE::TESForm* currentform = nullptr;
RE::TESNPC* npc = nullptr;
std::string string_form = npcstring;
currentform = GetFormFromIdentifier(string_form);
if (currentform && currentform->formType == RE::FormType::NPC) {
npc = (RE::TESNPC*)currentform;
if (curobj->formID == npc->formID) {
found = true;
//logger::info("NPC found.");
break;
}
}
}
}
if (!line.filterClass.empty()) {
//logger::info("npc not empty");
for (const auto& npcstring : line.filterClass) {
RE::TESForm* currentform = nullptr;
RE::TESClass* npc = nullptr;
std::string string_form = npcstring;
currentform = GetFormFromIdentifier(string_form);
if (currentform && currentform->formType == RE::FormType::Class) {
npc = (RE::TESClass*)currentform;
if (curobj->npcClass->formID == npc->formID) {
found = true;
//logger::info("NPC found.");
break;
}
}
}
}
if (!found && !line.races.empty() && curobj->formID != 0x000007) {
//logger::info("race not empty");
for (const auto& racestring : line.races) {
RE::TESForm* currentform = nullptr;
RE::TESRace* race = nullptr;
std::string string_form = racestring;
currentform = GetFormFromIdentifier(string_form);
if (currentform && currentform->formType == RE::FormType::Race) {
race = (RE::TESRace*)currentform;
if (curobj->race && curobj->race == race) {
found = true;
//logger::debug(FMT_STRING("Found a matching npc by race npc id({:08X} )."), curobj->formID);
//logger::debug(FMT_STRING("Found a matching npc by race({:08X} )."), race->formID);
//logger::debug(FMT_STRING("Found a matching npc by race( {}). {:08X} {}"), race->fullName, curobj->formID, curobj->fullName );
break;
} else if (!curobj->race) {
logger::debug(FMT_STRING("npc has no race id({:08X} )."), curobj->formID);
}
}
}
}
if (!line.keywords.empty() && curobj->formID != 0x000007) {
//logger::info("keywords not empty");
for (const auto& keywordstring : line.keywords) {
RE::TESForm* currentform = nullptr;
RE::BGSKeyword* keyword = nullptr;
std::string string_form = keywordstring;
currentform = GetFormFromIdentifier(string_form);
if (currentform && currentform->formType == RE::FormType::Keyword) {
keyword = (RE::BGSKeyword*)currentform;
if (curobj->HasKeyword(keyword) || curobj->baseTemplateForm == nullptr && curobj->race && curobj->race->HasKeyword(keyword)) {
keywordAnd = true;
} else {
keywordAnd = false;
//logger::debug(FMT_STRING("KeywordAnd npc does not have all keywords"));
break;
}
//logger::debug(FMT_STRING("KeywordAnd npc true"));
}
}
} else if (curobj->formID != 0x000007) {
//logger::debug(FMT_STRING("KeywordAnd is empty, we pass true."));
keywordAnd = true;
}
if (!line.keywordsOr.empty() && curobj->formID != 0x000007) {
//logger::info("keywords not empty");
for (const auto& keywordstring : line.keywordsOr) {
RE::TESForm* currentform = nullptr;
RE::BGSKeyword* keyword = nullptr;
std::string string_form = keywordstring;
currentform = GetFormFromIdentifier(string_form);
if (currentform && currentform->formType == RE::FormType::Keyword) {
keyword = (RE::BGSKeyword*)currentform;
if (curobj->HasKeyword(keyword) || curobj->baseTemplateForm == nullptr && curobj->race->HasKeyword(keyword)) {
keywordOr = true;
//logger::debug(FMT_STRING("KeywordOr has at least one keyword true {:08X} {:08X} race {:08X}"), curobj->formID, keyword->formID, curobj->formRace->formID);