ValidatedIdentifier

import me.fzzyhmstrs.fzzy_config.util.AllowableIdentifiers
import me.fzzyhmstrs.fzzy_config.util.EnumTranslatable
import me.fzzyhmstrs.fzzy_config.util.ValidationResult
import me.fzzyhmstrs.fzzy_config.validation.collection.ValidatedList
import me.fzzyhmstrs.fzzy_config.validation.minecraft.ValidatedIdentifier
import me.fzzyhmstrs.fzzy_config.validation.minecraft.ValidatedRegistryType
import me.fzzyhmstrs.fzzy_config.validation.minecraft.ValidatedTagKey
import me.fzzyhmstrs.fzzy_config.validation.misc.*
import me.fzzyhmstrs.fzzy_config.validation.misc.ValidatedColor.Companion.validatedColor
import me.fzzyhmstrs.fzzy_config.validation.number.ValidatedInt
import net.minecraft.item.Items
import net.minecraft.item.SwordItem
import net.minecraft.registry.Registries
import net.minecraft.registry.tag.ItemTags
import net.minecraft.util.Identifier
import java.awt.Color
import java.util.function.Function

fun main() { 
   //sampleStart 
   //Example validated identifier. Note that this "raw" usage of the constructor is not recommended in most cases.
//For instance, in this case, an implementation of ofRegistry(Registry, BiPredicate) would be advisable
val validatedIdentifier = ValidatedIdentifier(Identifier("oak_planks"), AllowableIdentifiers({ id -> id.toString().contains("planks") }, { Registries.BLOCK.ids.filter { it.toString().contains("planks") } }))

//Unbounded validated Identifier. Any valid Identifier will be allowed
val unboundedIdentifier = ValidatedIdentifier(Identifier("nether_star"))

//Unbounded validated Identifier directly from string. Any valid Identifier will be allowed
val stringIdentifier = ValidatedIdentifier("nether_star")

//Unbounded validated Identifier directly from string nbamespace and path. Any valid Identifier will be allowed
val stringStringIdentifier = ValidatedIdentifier("minecraft", "nether_star")

//Unbounded validated Identifier with a dummy default. used only for validation of other things
val emptyIdentifier = ValidatedIdentifier()

//fields and sections have lang keys based on their "location" in the Config class graph.
//Lange key composition is as follows
//1. the namespace of the config id: (my_mod)
//2. the path of the config id: (my_mod.my_config)
//3. any parent ConfigSection field names as declared in-code: (my_mod.my_config.subSection)
//4. the setting field name as declared in-code: (my_mod.my_config.subSection.fieldName)
val fieldLang = """
{
    "_comment1": "the lang for an example 'fieldName' setting in a config inside section 'subSection'",
    "my_mod.my_config.subSection.fieldName": "Very Important Setting",
    "my_mod.my_config.subSection.fieldName.desc": "This very important setting is used in this very important way."
}
""" 
   //sampleEnd
}