///|
pub let hash_map_methods : Map[String, RuntimeFunction] = {
  "at": hash_map_at_fn,
  "clear": hash_map_clear_fn,
  "is_empty": hash_map_is_empty_fn,
  "capacity": hash_map_capacity_fn,
  "contains": hash_map_contains_fn,
  "contains_kv": hash_map_contains_kv_fn,
  "copy": hash_map_copy_fn,
  "default": hash_map_default_fn,
  "each": hash_map_each_fn,
  "eachi": hash_map_eachi_fn,
  "equal": hash_map_equal_fn,
  "from_array": hash_map_from_array_fn,
  "from_iter": hash_map_from_iter_fn,
  "get": hash_map_get_fn,
  "get_or_default": hash_map_get_or_default_fn,
  "get_or_init": hash_map_get_or_init_fn,
  "iter": hash_map_iter_fn,
  "iter2": hash_map_iter2_fn,
  "keys": hash_map_keys_fn,
  "length": hash_map_length_fn,
  "map": hash_map_map_fn,
  "merge": hash_map_merge_fn,
  "merge_in_place": hash_map_merge_in_place_fn,
  "new": hash_map_new_fn,
  "of": hash_map_of_fn,
  "remove": hash_map_remove_fn,
  "retain": hash_map_retain_fn,
  "set": hash_map_set_fn,
  "size": hash_map_size_fn,
  "to_array": hash_map_to_array_fn,
  "to_repr": hash_map_to_repr_fn,
  "to_json": hash_map_to_json_fn,
  "to_string": hash_map_to_string_fn,
  "output": hash_map_output_fn,
  "values": hash_map_values_fn,
}

///|
let hash_map_clear_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }] => {
      map.clear()
      Unit
    }
    _ => Unit
  }
}

///|
let hash_map_values_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }] => Iter(map.values())
    _ => Unit
  }
}

///|
/// HashMap is_empty操作
let hash_map_is_empty_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }] => Bool(map.is_empty())
    _ => Unit
  }
}

///|
/// HashMap capacity操作
let hash_map_capacity_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }] => Int(map.capacity(), raw=None)
    _ => Unit
  }
}

///|
/// HashMap contains操作
let hash_map_contains_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }, { val: key, .. }] => Bool(map.contains(key))
    _ => Unit
  }
}

///|
/// HashMap contains_kv操作
let hash_map_contains_kv_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }, { val: key, .. }, { val, .. }] =>
      Bool(map.get(key) == Some(val))
    _ => Unit
  }
}

///|
/// HashMap copy操作
let hash_map_copy_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }] => HashMap(map.copy())
    _ => Unit
  }
}

///|
/// HashMap default操作
let hash_map_default_fn : RuntimeFunction = ctx => {
  match ctx.args {
    _ => HashMap(@hashmap.HashMap::new())
  }
}

///|
/// HashMap each操作
let hash_map_each_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }, { val: Fn(f), .. }] => {
      map.each((key, val) => {
        ctx.context.call(f.val, ctx.pkg, [
          { val: key, kind: Positional },
          { val, kind: Positional },
        ])
        |> ignore
      })
      Unit
    }
    _ => Unit
  }
}

///|
/// HashMap eachi操作
let hash_map_eachi_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }, { val: Fn(f), .. }] => {
      map.eachi((i, key, val) => {
        ctx.context.call(f.val, ctx.pkg, [
          { val: Int(i, raw=None), kind: Positional },
          { val: key, kind: Positional },
          { val, kind: Positional },
        ])
        |> ignore
      })
      Unit
    }
    _ => Unit
  }
}

///|
/// HashMap equal操作
let hash_map_equal_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map1), .. }, { val: HashMap(map2), .. }] =>
      Bool(map1 == map2)
    _ => Unit
  }
}

///|
/// HashMap from_array操作
let hash_map_from_array_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: Array(arr), .. }] => {
      let map = @hashmap.HashMap::new()
      arr.each(fn(item) {
        match item {
          Tuple([key, val]) => map.set(key, val)
          _ => ()
        }
      })
      HashMap(map)
    }
    _ => Unit
  }
}

///|
/// HashMap from_iter操作
let hash_map_from_iter_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: Iter(iter), .. }] =>
      HashMap(
        @hashmap.HashMap::from_iter(
          iter.map(item => {
            match item {
              Tuple([key, val]) => (key, val)
              _ => panic()
            }
          }),
        ),
      )
    _ => Unit
  }
}

///|
/// HashMap get操作
let hash_map_get_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }, { val: key, .. }] =>
      RuntimeValue::from_option(map.get(key))
    _ => Unit
  }
}

///|
let hash_map_at_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }, { val: key, .. }] => map.at(key)
    _ => Unit
  }
}

///|
/// HashMap get_or_default操作
let hash_map_get_or_default_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }, { val: key, .. }, { val: default, .. }] =>
      match map.get(key) {
        Some(val) => val
        None => default
      }
    _ => Unit
  }
}

///|
/// HashMap get_or_init操作
let hash_map_get_or_init_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }, { val: key, .. }, { val: Fn(f), .. }] =>
      match map.get(key) {
        Some(val) => val
        None => {
          let val = ctx.context.call(f.val, ctx.pkg, [])
          map.set(key, val)
          val
        }
      }
    _ => Unit
  }
}

///|
/// HashMap iter操作
let hash_map_iter_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(self), .. }] =>
      Iter(
        self
        .iter()
        .map(item => {
          match item {
            (key, val) => Tuple([key, val])
          }
        }),
      )
    _ => Unit
  }
}

///|
/// HashMap iter2操作
let hash_map_iter2_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(self), .. }] => Iter2(self.iter2())
    _ => Unit
  }
}

///|
/// HashMap keys操作
let hash_map_keys_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }] => {
      let arr = Array::new()
      map.each(fn(key, _val) { arr.push(key) })
      Array(arr)
    }
    _ => Unit
  }
}

///|
/// HashMap length操作
let hash_map_length_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }] => Int(map.length(), raw=None)
    _ => Unit
  }
}

///|
/// HashMap map操作
let hash_map_map_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }, { val: Fn(f), .. }] => {
      let new_map = @hashmap.HashMap::new()
      map.each((key, val) => {
        let new_val = ctx.context.call(f.val, ctx.pkg, [
          { val: key, kind: Positional },
          { val, kind: Positional },
        ])
        new_map.set(key, new_val)
      })
      HashMap(new_map)
    }
    _ => Unit
  }
}

///|
let hash_map_merge_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(left), .. }, { val: HashMap(right), .. }] =>
      HashMap(left.merge(right))
    _ => Unit
  }
}

///|
let hash_map_merge_in_place_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(left), .. }, { val: HashMap(right), .. }] => {
      left.merge_in_place(right)
      HashMap(left)
    }
    _ => Unit
  }
}

///|
/// HashMap new操作
let hash_map_new_fn : RuntimeFunction = ctx => {
  match ctx.args {
    _ => HashMap(@hashmap.HashMap::new())
  }
}

///|
/// HashMap of操作
let hash_map_of_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: Array(arr), .. }] => {
      let result_map = @hashmap.HashMap::new()
      for item in arr {
        match item {
          Tuple([key, val]) => result_map.set(key, val)
          _ => return Unit // 如果格式不正确，返回Unit
        }
      }
      HashMap(result_map)
    }
    _ => Unit
  }
}

///|
/// HashMap remove操作
let hash_map_remove_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }, { val: key, .. }] => {
      map.remove(key)
      Unit
    }
    _ => Unit
  }
}

///|
/// HashMap retain操作
let hash_map_retain_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }, { val: Fn(f), .. }] => {
      map.retain(fn(key, val) {
        try {
          match
            ctx.context.call(f.val, ctx.pkg, [
              { val: key, kind: Positional },
              { val, kind: Positional },
            ]) {
            Bool(b) => b
            _ => false
          }
        } catch {
          _ => false
        }
      })
      Unit
    }
    _ => Unit
  }
}

///|
/// HashMap set操作
let hash_map_set_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }, { val: key, .. }, { val, .. }] => {
      map.set(key, val)
      Unit
    }
    _ => Unit
  }
}

///|
/// HashMap size操作
let hash_map_size_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }] => Int(map.length(), raw=None)
    _ => Unit
  }
}

///|
/// HashMap to_array操作
let hash_map_to_array_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }] => {
      let arr : Array[RuntimeValue] = Array::new()
      map.each(fn(key, val) { arr.push(Tuple([key, val])) })
      Array(arr)
    }
    _ => Unit
  }
}

///|
/// HashMap to_json操作
let hash_map_to_json_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }] => {
      // 简化的JSON转换，将HashMap转换为Map[RuntimeValue, RuntimeValue]
      let json_obj : Map[RuntimeValue, RuntimeValue] = Map::new()
      map.each(fn(key, val) { json_obj.set(key, val) })
      Map(json_obj)
    }
    _ => Unit
  }
}

///|
/// HashMap to_string操作
let hash_map_to_string_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }] => {
      let sb = StringBuilder::new()
      sb.write_string("{")
      let mut first = true
      map.each(fn(key, val) {
        if !first {
          sb.write_string(", ")
        }
        first = false
        sb.write_string(key.to_string())
        sb.write_string(": ")
        sb.write_string(val.to_string())
      })
      sb.write_string("}")
      String(sb.to_string())
    }
    _ => Unit
  }
}

///|
let hash_map_to_repr_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }] => String(map.to_string())
    _ => Unit
  }
}

///|
let hash_map_output_fn : RuntimeFunction = ctx => {
  match ctx.args {
    [{ val: HashMap(map), .. }, { val: StringBuilder(logger), .. }] => {
      map.output(logger)
      Unit
    }
    _ => Unit
  }
}