// TODO:
// Special attack description generation
class Wiki {
constructor() {
this.getLocalID = this.getLocalID.bind(this);
this.namespaces = {
melvorD: { displayName: "Demo", url: "https://test.melvoridle.com/dlcPrep/assets/data/melvorDemo.json" },
melvorF: { displayName: "Full Version", url: "https://test.melvoridle.com/dlcPrep/assets/data/melvorFull.json" },
melvorTotH: { displayName: "Throne of the Herald", url: "https://test.melvoridle.com/dlcPrep/assets/data/melvorTotH.json" }
};
this.packData = {};
this.gameData = {};
this.gameData.namespaces = {};
this.dataPropFilters = {
// Specifies rules for properties of entities (items, monsters, etc.) which
// will be removed as they are unused in the wiki & would otherwise bloat
// the data.
// Format: property: ruleFunction(entityType, entity)
// where ruleFunction is a function returning true if the property is to
// be retained, false otherwise
media: function(entityType, entity) { return false; },
altMedia: function(entityType, entity) { return false; },
markMedia: function(entityType, entity) { return false; },
icon: function(entityType, entity) { return false; },
barStyle: function(entityType, entity) { return false; }, // See: melvorD:Compost
buttonStyle: function(entityType, entity) { return false; },
descriptionGenerator: function(entityType, entity) { return false; },
containerID: function(entityType, entity) { return false; },
headerBgClass: function(entityType, entity) { return false; },
textClass: function(entityType, entity) { return false; },
btnClass: function(entityType, entity) { return false; },
golbinRaidExclusive: function(entityType, entity) { return entity.golbinRaidExclusive; },
ignoreCompletion: function(entityType, entity) { return entity.ignoreCompletion; },
obtainFromItemLog: function(entityType, entity) { return entity.obtainFromItemLog; },
validSlots: function(entityType, entity) { return entity.validSlots.length > 0; },
occupiesSlots: function(entityType, entity) { return entity.occupiesSlots.length > 0; },
equipRequirements: function(entityType, entity) { return entity.equipRequirements.length > 0; },
equipmentStats: function(entityType, entity) { return entity.equipmentStats.length > 0; },
tier: function(entityType, entity) {
if (entityType === 'items') {
return entity.tier !== 'none';
}
else {
return true;
}
}
};
this.dataPropTransforms = {
// Specifies rules for transforming values of entity properties
// Format: property: ruleFunction(entityType, entity)
// where ruleFunction is a function returning the transformed value
// to be used in place of the original value
langHint: function(entityType, entity) {
let localID = ''
if (entity.id.indexOf(':') > 0) {
localID = entity.id.split(':').pop();
}
else {
localID = entity.id
}
return getLangString(entity.category, localID);
},
equipmentStats: function(entityType, entity) {
const newStats = {};
entity.forEach((stat) => {
if (newStats[stat.key] === undefined) {
newStats[stat.key] = stat.value;
}
else {
newStats[stat.key] += stat.value;
}
});
return newStats;
}
};
this.dataPropTransforms.langCustomDescription = this.dataPropTransforms.langHint;
};
async getWikiData() {
if (!isLoaded) {
throw new Error('Game must be loaded into a character first');
}
for (const nsIdx in Object.keys(this.namespaces)) {
const ns = Object.keys(this.namespaces)[nsIdx];
const dataURL = this.namespaces[ns].url;
console.log(`URL: ${ dataURL }`);
const dataPackage = await this.getDataPackage(dataURL);
if (dataPackage.namespace === undefined) {
throw new Error(`Data package has no namespace: ${ dataURL }`);
}
else if (dataPackage.data === undefined) {
throw new Error(`Data package has no data: ${ dataURL }`);
}
console.log(`Obtained data for namespace ${ dataPackage.namespace }, ${ JSON.stringify(dataPackage.data).length.toLocaleString() } bytes`);
this.processDataPackage(dataPackage);
console.log(`After transformation: ${ JSON.stringify(dataPackage.data).length.toLocaleString() } bytes`);
}
// All data packages should now be within this.gameData
}
getGameVersion() {
const fileDOM = document.querySelector('#sidebar ul.nav-main');
let fileVer = "Unknown";
if (fileDOM !== null && fileDOM.dataset !== undefined) {
fileVer = fileDOM.dataset.fileVersion;
}
return gameVersion + ' (' + fileVer + ')';
}
async printWikiData() {
if (!isLoaded) {
throw new Error('Game must be loaded into a character first');
}
if (Object.keys(this.packData).length < Object.keys(this.namespaces).length) {
// Need to retrieve game data first
const result = await this.getWikiData();
}
let dataObjText = JSON.stringify(this.gameData);
dataObjText = dataObjText.replace(/\'/g, "\\\'");
dataObjText = dataObjText.replace(/\\\"/g, "\\\\\"");
let dataText = '-- Version: ' + this.getGameVersion();
dataText += "\r\n\r\nlocal gameData = mw.text.jsonDecode('";
dataText += dataObjText;
dataText += "')\r\n\r\nreturn gameData";
console.log(dataText);
}
async getDataPackage(url) {
// Based largely on Game.fetchAndRegisterDataPackage()
const headers = new Headers();
headers.append('Content-Type', 'application/json');
return await fetch(url, {
method: 'GET',
headers
}).then(function(response) {
if (!response.ok) {
throw new Error(`Couldn't fetch data package from URL: ${ url }`);
}
return response.json();
});
}
processDataPackage(dataPackage) {
// Transforms the raw data from data packages in various ways, then
// consolidates into this.packData & this.gameData
const ns = dataPackage.namespace;
const packData = dataPackage.data;
this.transformDataPackage(dataPackage);
this.packData[dataPackage.namespace] = dataPackage.data;
this.registerDataPackage(dataPackage.namespace);
}
transformDataPackage(dataPackage) {
// Takes a raw data package and performs various manipulations
const ns = dataPackage.namespace;
const packData = dataPackage.data;
Object.keys(packData).forEach((categoryName) => {
switch(categoryName) {
case 'bankSortOrder':
case 'steamAchievements':
// This data serves no purpose for the wiki and only serves to bloat
// the data, so simply delete it
delete packData[categoryName];
break;
default:
this.transformDataNode(ns, categoryName, packData, categoryName);
break;
}
});
}
transformDataNode(ns, categoryName, parentNode, nodeKey) {
const dataNode = parentNode[nodeKey];
const transformFunc = this.dataPropTransforms[nodeKey];
if (transformFunc !== undefined) {
// A transformation function is defined for this node
parentNode[nodeKey] = transformFunc(categoryName, dataNode);
}
else if (Array.isArray(dataNode)) {
// Recursive call to ensure all data is transformed, regardless of its depth
dataNode.forEach((entity, idx) => this.transformDataNode(ns, categoryName, dataNode, idx));
}
else if (typeof dataNode === 'object' && dataNode !== null) {
// Iterate properties of object, checking if each should be deleted or transformed
Object.keys(dataNode).forEach((key) => {
// Check if property is to be deleted or not
const filterFunc = this.dataPropFilters[key];
if (filterFunc !== undefined && !filterFunc(categoryName, dataNode)) {
delete dataNode[key];
}
else if (typeof dataNode[key] === "object" && dataNode[key] !== null) {
// If an object (either an array or key/value store) is within the current
// object then we must traverse this too
this.transformDataNode(ns, categoryName, dataNode, key);
}
else {
// Transform property, if a transformation is defined below
switch(key) {
case 'id':
// Add namespace to ID if it isn't already
dataNode[key] = this.getNamespacedID(ns, dataNode[key]);
break;
}
}
});
}
// Special case for skillData so that certain values initialized when the various Skill
// classes are initialized may be added here also
else if ((categoryName === 'skillData') && dataNode.skillID !== undefined && dataNode.data !== undefined) {
// We are currently at the topmost level of a skill object
const gameSkill = game.skills.registeredObjects.get(dataNode.skillID);
if (gameSkill !== undefined) {
let importKeys = [];
switch(dataNode.skillID) {
case 'melvorD:Firemaking':
importKeys = [
'baseAshChance',
'baseStardustChance',
'baseCharcoalChance'
];
break;
case 'melvorD:Mining':
importKeys = [
'baseInterval',
'baseRockHP',
'passiveRegenInterval'
];
dataNode.baseGemChance = 1;
break;
case 'melvorD:Smithing':
case 'melvorD:Fletching':
case 'melvorD:Crafting':
case 'melvorD:Runecrafting':
case 'melvorD:Herblore':
case 'melvorD:Summoning':
importKeys = [
'baseInterval'
];
break;
case 'melvorD:Thieving':
importKeys = [
'baseInterval',
'baseStunInterval',
'itemChance',
'baseAreaUniqueChance'
];
break;
case 'melvorD:Agility':
importKeys = [
'obstacleUnlockLevels'
];
break;
case 'melvorD:Astrology':
// Astrology has a number of values stored outside of gameSkill
const astKeys = [
'standardModifierLevels',
'uniqueModifierLevels',
'standardModifierCosts',
'uniqueModifierCosts',
'baseStardustChance',
'goldenStardustChance',
'baseInterval'
];
astKeys.forEach((k) => dataNode.data[k] = Astrology[k]);
case 'melvorD:Township':
// Remap a number of keys from their in-game names
const townKeys = [
{'from': 'TICK_LENGTH', 'to': 'tickLength'},
{'from': 'MAX_TOWN_SIZE', 'to': 'maxTownSize'},
{'from': 'SECTION_SIZE', 'to': 'sectionSize'},
{'from': 'INITIAL_CITIZEN_COUNT', 'to': 'initialCitizenCount'},
{'from': 'MIN_WORKER_AGE', 'to': 'minWorkerAge'},
{'from': 'MAX_WORKER_AGE', 'to': 'maxWorkerAge'},
{'from': 'AGE_OF_DEATH', 'to': 'ageOfDeath'},
{'from': 'MIN_MIGRATION_AGE', 'to': 'minMigrationAge'},
{'from': 'MAX_MIGRATION_AGE', 'to': 'maxMigrationAge'},
{'from': 'BASE_TAX_RATE', 'to': 'baseTaxRate'},
{'from': 'EDUCATION_PER_CITIZEN', 'to': 'educationPerCitizen'},
{'from': 'HAPPINESS_PER_CITIZEN', 'to': 'happinessPerCitizen'},
{'from': 'CITIZEN_FOOD_USAGE', 'to': 'citizenFoodUsage'},
{'from': 'POPULATION_REQUIRED_FOR_BIRTH', 'to': 'populationRequiredForBirth'},
{'from': 'BASE_STORAGE', 'to': 'baseStorage'},
{'from': 'WORSHIP_CHECKPOINTS', 'to': 'worshipCheckpoints'},
{'from': 'MAX_WORSHIP', 'to': 'maxWorship'},
{'from': 'populationForTier', 'to': 'populationForTier'},
];
townKeys.forEach((k) => dataNode.data[k.to] = gameSkill[k.from]);
}
if (importKeys.length > 0) {
importKeys.forEach((k) => dataNode.data[k] = gameSkill[k]);
}
}
}
}
registerDataPackage(namespace) {
// Consolidates the data package identified by namespace with existing data within
// this.gameData
const packData = this.packData[namespace];
if (packData === undefined) {
throw new Error(`Couldn't find data for package ${ namespace }`);
}
// Add namespace entry to game data
this.gameData.namespaces[namespace] = this.namespaces[namespace];
this.registerNonPackData();
// Consolidate data
Object.keys(packData).forEach((categoryName) => {
let categoryData = packData[categoryName];
// Data must be pushed into the consoldiated data, rules for vary
// depending on the category in question
switch(categoryName) {
case 'combatAreas':
case 'dungeons':
case 'slayerAreas':
// Add area type to each area object
const areaTypes = {
'combatAreas': 'combatArea',
'dungeons': 'dungeon',
'slayerAreas': 'slayerArea'
}
const areaType = areaTypes[categoryName];
const newData = structuredClone(categoryData);
newData.forEach((x) => x.type = areaType);
categoryData = newData;
case 'ancientSpells':
case 'archaicSpells':
case 'attackStyles':
case 'attacks':
case 'auroraSpells':
case 'combatEvents':
case 'combatPassives':
case 'curseSpells':
case 'gamemodes':
case 'itemEffects':
case 'itemSynergies':
case 'itemUpgrades':
case 'items':
case 'lore':
case 'monsters':
case 'pages':
case 'pets':
case 'prayers':
case 'randomGems':
case 'randomSuperiorGems':
case 'shopCategories':
case 'shopPurchases':
case 'shopUpgradeChains':
case 'stackingEffects':
case 'standardSpells':
case 'steamAchievements':
case 'tutorialStages':
case 'spiderLairMonsters':
// Plain old push to the end of the array
if (this.gameData[categoryName] === undefined) {
// Category doesn't exist yet in consolidated data, so create it
this.gameData[categoryName] = categoryData;
}
else {
this.gameData[categoryName].push(...categoryData);
}
break;
case 'combatAreaDisplayOrder':
case 'dungeonDisplayOrder':
case 'shopCategoryOrder':
case 'shopDisplayOrder':
case 'slayerAreaDisplayOrder':
case 'tutorialStageOrder':
// Elements are inserted at a particular index, controlled by rules
// specified within the data package
if (this.gameData[categoryName] === undefined) {
this.gameData[categoryName] = [];
}
categoryData.forEach((orderData) => {
switch(orderData.insertAt) {
case 'Start':
this.gameData[categoryName].splice(0, 0, ...orderData.ids);
break;
case 'End':
this.gameData[categoryName].push(...orderData.ids);
break;
case 'Before':
const beforeIdx = this.gameData[categoryName].findIndex((item) => item === orderData.beforeID);
if (beforeIdx === -1) {
throw new Error(`Couldn't insert before in category ${ categoryName }: Item ${ orderData.beforeID } is not in the array.`);
}
this.gameData[categoryName].splice(beforeIndex, 0, ...orderData.ids);
break;
case 'After':
const afterIdx = this.gameData[categoryName].findIndex((item) => item === orderData.afterID);
if (afterIdx === -1) {
throw new Error(`Couldn't insert after in category ${ categoryName }: Item ${ orderData.afterID } is not in the array.`);
}
this.gameData[categoryName].splice(afterIdx + 1, 0, ...orderData.ids);
break;
}
});
break;
case 'golbinRaid':
// Properties contain unordered arrays that need to be combined
if (this.gameData[categoryName] === undefined) {
this.gameData[categoryName] = categoryData;
}
else {
Object.keys(categoryData).forEach((dataKey) => {
if ((this.gameData[categoryName][dataKey] === undefined) || !Array.isArray(this.gameData[categoryName][dataKey])) {
// Property is undefined or isn't an array
this.gameData[categoryName][dataKey] = categoryData[dataKey];
}
else {
// Property is an array
this.gameData[categoryName][dataKey].push(...categoryData[dataKey]);
}
});
}
break;
case 'skillData':
// Contains nested objects
if (this.gameData[categoryName] === undefined) {
this.gameData[categoryName] = categoryData;
}
else {
// Find the appropriate skill object and combine properties with that
categoryData.forEach((skillData) => {
const skillIdx = this.gameData[categoryName].findIndex((skill) => skill.skillID === skillData.skillID);
if (skillIdx === -1) {
this.gameData[categoryName].push(skillData);
}
else {
const skillObj = this.gameData[categoryName][skillIdx].data;
Object.keys(skillData.data).forEach((dataKey) => {
if ((skillObj[dataKey] === undefined) || !Array.isArray(skillObj[dataKey])) {
// Property is undefined or isn't an array
skillObj[dataKey] = skillData.data[dataKey];
}
else {
// Property is an array
skillObj[dataKey].push(...skillData.data[dataKey]);
}
});
}
});
}
break;
default:
console.warn(`Skipping unknown category while registering data package: ${ categoryName }`);
break;
}
});
}
registerNonPackData() {
// Some data resides outside of packages. Add any such data to this.gameData within this function
if (this.gameData.combatTriangles === undefined) {
const ctData = [];
Object.keys(COMBAT_TRIANGLE_IDS).forEach((id) => {
const newObj = structuredClone(combatTriangle[COMBAT_TRIANGLE_IDS[id]]);
newObj.id = id;
ctData.push(newObj);
});
this.gameData.combatTriangles = ctData;
}
}
getNamespacedID(namespace, ID) {
if (ID.indexOf(':') > 0) {
return ID;
}
else {
return namespace + ':' + ID;
}
}
getLocalID(ID) {
if (ID.indexOf(':') > 0) {
return ID.split(':').pop();
}
else {
return ID;
}
}
}
let wd = new Wiki;
wd.printWikiData();
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