xuwei-k

package com.thealp.paripi.shared.warts

import org.wartremover.WartTraverser
import org.wartremover.WartUniverse

object OverrideMod extends WartTraverser {
  override def apply(u: WartUniverse): u.Traverser =
    new u.Traverser(this) {
      import q.reflect.*
      override def traverseTree(tree: Tree)(owner: Symbol): Unit = {

xuwei-k

import sbt.*
import sbt.Keys.*

object CountImplicitKeywordPlugin extends AutoPlugin {
  override def trigger: PluginTrigger = allRequirements
  object autoImport {
    val implicitKeyword    = taskKey[Int]("")
    val allImplicitKeyword = taskKey[Seq[(String, Int)]]("")
  }
  import autoImport.*

xuwei-k

package fix

import scala.meta._
import scalafix.v1._

class ImplicitClassExtension extends SyntacticRule("ImplicitClassExtension") {
  val exclude: Seq[String] = Seq(
    // 書き換えるとoverload衝突する場合や、呼び出しの優先順位変わってエラーになるものなど、
    // 下記の条件で除外しきれなかった例外的なものをfile単位で除くためにここに記述
  )

xuwei-k

import scala.compiletime.ops.int
import scala.compiletime.ops.long
import scala.compiletime.ops.double

type Factorial[A <: Int] =
  Factorial0[A, 1L]

type Factorial0[A <: Int, B <: Long] <: Long =
  int.<[A, 1] match
    case true =>

xuwei-k

import scala.compiletime.ops.int
import scala.compiletime.ops.double

type F1[A <: Int] <: Double =
  int.%[A, 2] match
    case 0 =>
      1d
    case 1 =>
      -1d

xuwei-k

package x;

class A {
  public int a() { return 2; }
}

public class B extends A{}

xuwei-k

import scala.compiletime.ops.boolean.&&
import scala.compiletime.ops.boolean
import scala.compiletime.ops.string
import scala.compiletime.ops.int
import scala.compiletime.ops.any

type ToSquare = (
  0, 0, 0, 1, 1, 1, 2, 2, 2,
  0, 0, 0, 1, 1, 1, 2, 2, 2,
  0, 0, 0, 1, 1, 1, 2, 2, 2,

xuwei-k

import scala.compiletime.ops.boolean.&&
import scala.compiletime.ops.boolean
import scala.compiletime.ops.int
import scala.compiletime.ops.any

type ToSquare = (
  0, 0, 0, 1, 1, 1, 2, 2, 2,
  0, 0, 0, 1, 1, 1, 2, 2, 2,
  0, 0, 0, 1, 1, 1, 2, 2, 2,
  3, 3, 3, 4, 4, 4, 5, 5, 5,

xuwei-k

import scala.compiletime.ops.boolean.&&

type Sudoku[A <: Tuple] = A match {
  case (
    _1_1 *: _1_2 *: _1_3 *: _1_4 *: _1_5 *: _1_6 *: _1_7 *: _1_8 *: _1_9 *:
    _2_1 *: _2_2 *: _2_3 *: _2_4 *: _2_5 *: _2_6 *: _2_7 *: _2_8 *: _2_9 *:
    _3_1 *: _3_2 *: _3_3 *: _3_4 *: _3_5 *: _3_6 *: _3_7 *: _3_8 *: _3_9 *:
    _4_1 *: _4_2 *: _4_3 *: _4_4 *: _4_5 *: _4_6 *: _4_7 *: _4_8 *: _4_9 *:
    _5_1 *: _5_2 *: _5_3 *: _5_4 *: _5_5 *: _5_6 *: _5_7 *: _5_8 *: _5_9 *:
    _6_1 *: _6_2 *: _6_3 *: _6_4 *: _6_5 *: _6_6 *: _6_7 *: _6_8 *: _6_9 *:

xuwei-k

import scala.compiletime.ops.boolean.&&

type Sudoku[A <: Tuple] = A match {
  case (
    _1_1 *: _1_2 *: _1_3 *: _1_4 *: _1_5 *: _1_6 *: _1_7 *: _1_8 *: _1_9 *:
    _2_1 *: _2_2 *: _2_3 *: _2_4 *: _2_5 *: _2_6 *: _2_7 *: _2_8 *: _2_9 *:
    _3_1 *: _3_2 *: _3_3 *: _3_4 *: _3_5 *: _3_6 *: _3_7 *: _3_8 *: _3_9 *:
    _4_1 *: _4_2 *: _4_3 *: _4_4 *: _4_5 *: _4_6 *: _4_7 *: _4_8 *: _4_9 *:
    _5_1 *: _5_2 *: _5_3 *: _5_4 *: _5_5 *: _5_6 *: _5_7 *: _5_8 *: _5_9 *:
    _6_1 *: _6_2 *: _6_3 *: _6_4 *: _6_5 *: _6_6 *: _6_7 *: _6_8 *: _6_9 *: