Minecraft Java Edition Wiki

Java enchantments combine equipment requirements with effects and conflict rules. Check those rules before using a valuable book or planning an anvil combination.

Java brewing combines a base bottle with ingredients and possible upgrades. Check duration, potency and delivery form before preparing a potion batch.

Java offers vary by trader level and selection conditions. Budget around the exchange's base inputs while allowing for discounts and variable enchantments.

Java tools work through mining suitability and material attributes. Choose the right tool group before comparing speed, durability and repair ingredients.

Java weapons combine damage with cooldown and special attack rules. Choose an attack mode before comparing attributes, then plan repair and enchantments.

Armor covers player slots and animal equipment with different protection rules. Check the wearer before choosing a material, then plan repairs and accepted enchantments.

Java blocks cover construction materials and functional or technical forms. Match the tool and harvest conditions to the block before planning its use in a build.

Java meals combine hunger restoration, saturation and sometimes additional effects. Plan preparation and read the effect before relying on a food as your regular supply.

Java materials and equipment have different stack limits and crafting roles. Follow their recipe relationships when planning supplies, while checking whether the item is obtainable in your mode.

Java cooking fuels provide different amounts of processing time. Match the fuel to the station and account for returned containers before arranging a batch.

Java recipes use station and ingredient rules to transform materials. Check alternatives, output quantities and returned containers before planning repeated crafting.

Java plant rules determine where a crop grows and what a harvest can yield. Choose the planting item and soil together, then account for maturity before collecting it.

Java structure families connect generation rules with possible encounters and rewards. Use the native locate target and biome eligibility when planning a search.

Java smithing templates determine armor trim patterns. Keep a spare template for duplication so applying a design does not use your last copy.

Java effects have distinct causes, level rules and counters. Check whether an effect acts immediately before treating removal as a way to undo it.

Java biomes describe the climate and possible natural encounters around you. Generation notes distinguish ordinary environments from technical definitions before you plan an exploration route.

Java jukebox discs combine music with comparator output. Check the acquisition condition before farming a track or choosing one for a circuit.

Java mob spawning and interactions determine where a creature appears and how you can use or fight it. Check variant health and feeding conditions before preparing an encounter.

Java ore placement and harvest tiers affect how you gather minerals. Read the height distribution alongside the tool and processing rules before mining.

Java professions tie job-site blocks to trade categories. Choose the profession's goods first, then check individual offers and villager levels.

Java circuits depend on components with distinct signal and action roles. Check inventory interactions and recorded delays before substituting one part for another.

Advancements organize Java exploration and combat objectives into branches. Complete their required condition groups to earn any explicit reward; the display icon identifies the objective rather than an item grant.

Java sherd patterns come from archaeology and existing decorated pots. Check the source and recovery method before collecting designs for a finished pot.

Java command grammar governs world changes and server administration. Check the argument branch and your permission level before executing a command.