Module:GameData/doc

To generate game data, do the following:

1. Navigate to https://melvoridle.com within your preferred web browser
2. Select any character, the character that is chosen has no impact but you may consider creating a new one as a precaution - the below code is designed to execute without affecting the character, although this is not guaranteed
3. Open the browser console/developer mode (usually by hitting the F12 key for most browsers)
4. Within the browser console, enter the following code then hit enter. If successful, the game data should appear within the console
5. Copy the game data & update Module:GameData/data accordingly

Code

// 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();