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package dev.isxander.yacl3.dsl
import dev.isxander.yacl3.api.*
import net.minecraft.network.chat.CommonComponents
import net.minecraft.network.chat.Component
import java.util.concurrent.CompletableFuture
import kotlin.properties.ReadOnlyProperty
interface Buildable<T> {
val built: CompletableFuture<T>
fun build(): T
}
fun <T> CompletableFuture<T>.onReady(block: (T) -> Unit) =
this.whenComplete { result, _ -> result?.let(block) }
operator fun <T> CompletableFuture<out ParentRegistrar<*, *, T>>.get(id: String): CompletableFuture<T> =
thenCompose { it[id] }
typealias FutureOption<T> = CompletableFuture<Option<T>>
fun <T> CompletableFuture<OptionRegistrar>.futureRef(id: String): FutureOption<T> =
thenCompose { it.futureRef(id) }
fun YetAnotherConfigLib(id: String, block: RootDsl.() -> Unit) =
RootDslImpl(id).apply(block).build()
interface ParentRegistrar<T, DSL, INNER> {
fun register(id: String, registrant: T): T
fun register(id: String, block: DSL.() -> Unit): T
/** Registers a registrant via delegation - if id is not provided, the delegated property name is used */
fun registering(id: String? = null, block: DSL.() -> Unit): RegisterableActionDelegateProvider<DSL, T>
/** Creates a delegated future reference to a registrant that may or may not exist yet */
val futureRef: ReadOnlyProperty<Any?, CompletableFuture<T>>
/** Creates a future reference to a registrant that may or may not exist yet */
fun futureRef(id: String): CompletableFuture<T>
/** Gets a registrant with the id, if it exists */
fun ref(id: String): T?
/** Creates a delegated property that returns a registrant with a matching id, or null if it does not exist at the time of calling */
val ref: ReadOnlyProperty<Any?, T?>
operator fun get(id: String): CompletableFuture<INNER>
}
interface OptionRegistrar {
/** Registers an option that has already been built. */
fun <T, OPT : Option<T>> register(id: String, option: OPT): OPT
/** Registers a regular option */
fun <T> register(id: String, block: OptionDsl<T>.() -> Unit): Option<T>
/** Registers a regular option via delegation */
fun <T> registering(id: String? = null, block: OptionDsl<T>.() -> Unit): RegisterableActionDelegateProvider<OptionDsl<T>, Option<T>>
fun <T> futureRef(id: String): CompletableFuture<Option<T>>
fun <T> futureRef(): RegisterableDelegateProvider<CompletableFuture<Option<T>>>
fun <T> ref(id: String? = null): ReadOnlyProperty<Any?, Option<T>?>
fun registerLabel(id: String): LabelOption
val registeringLabel: RegisterableDelegateProvider<LabelOption>
fun registerLabel(id: String, text: Component): LabelOption
fun registerLabel(id: String, builder: TextLineBuilderDsl.() -> Unit): LabelOption
fun registerButton(id: String, block: ButtonOptionDsl.() -> Unit): ButtonOption
fun registeringButton(id: String? = null, block: ButtonOptionDsl.() -> Unit): RegisterableActionDelegateProvider<ButtonOptionDsl, ButtonOption>
}
typealias CategoryRegistrar = ParentRegistrar<ConfigCategory, CategoryDsl, GroupRegistrar>
typealias GroupRegistrar = ParentRegistrar<OptionGroup, GroupDsl, OptionRegistrar>
interface RootDsl {
val rootKey: String
val rootId: String
val thisRoot: CompletableFuture<YetAnotherConfigLib>
val categories: CategoryRegistrar
fun title(component: Component)
fun title(block: () -> Component)
fun screenInit(block: () -> Unit)
fun save(block: () -> Unit)
}
interface CategoryDsl : Buildable<ConfigCategory> {
val categoryKey: String
val categoryId: String
val thisCategory: CompletableFuture<ConfigCategory>
val groups: GroupRegistrar
val rootOptions: OptionRegistrar
fun name(component: Component)
fun name(block: () -> Component)
fun tooltip(vararg component: Component)
fun tooltip(block: TextLineBuilderDsl.() -> Unit)
}
interface GroupDsl : Buildable<OptionGroup> {
val groupKey: String
val groupId: String
val thisGroup: CompletableFuture<OptionGroup>
val options: OptionRegistrar
fun name(component: Component)
fun name(block: () -> Component)
fun description(description: OptionDescription)
fun descriptionBuilder(block: OptionDescription.Builder.() -> Unit)
fun OptionDescription.Builder.addDefaultText(lines: Int? = null) =
addDefaultText("$groupKey.description", lines)
}
interface OptionDsl<T> : Option.Builder<T>, Buildable<Option<T>> {
val optionKey: String
val optionId: String
val thisOption: CompletableFuture<Option<T>>
fun OptionDescription.Builder.addDefaultText(lines: Int? = null) =
addDefaultText("$optionKey.description", lines)
}
interface ButtonOptionDsl : ButtonOption.Builder, Buildable<ButtonOption> {
val optionKey: String
val optionId: String
val thisOption: CompletableFuture<ButtonOption>
fun OptionDescription.Builder.addDefaultText(lines: Int? = null) =
addDefaultText("$optionKey.description", lines)
}
interface TextLineBuilderDsl {
fun text(component: Component)
fun text(block: () -> Component)
operator fun Component.unaryPlus()
class Delegate(private val tooltipFunction: (Component) -> Unit) : TextLineBuilderDsl {
override fun text(component: Component) {
tooltipFunction(component)
}
override fun text(block: () -> Component) {
text(block())
}
override fun Component.unaryPlus() {
text(this)
}
}
companion object {
fun createText(block: TextLineBuilderDsl.() -> Unit): Component {
val text = Component.empty()
var first = true
val builder = Delegate {
if (!first) text.append(CommonComponents.NEW_LINE)
text.append(it)
first = false
}
block(builder)
return text
}
}
}
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