class PriorityQueue
  def initialize(array = [])
    @data = []
    array.each{|a| push(a)}
  end

  def push(element)
    @data.push(element)
    bottom_up
  end

  def pop
    if size == 0
      return nil
    elsif size == 1
      return @data.pop
    else
      min = @data[0]
      @data[0] = @data.pop
      top_down
      return min
    end
  end
  
  def size
    @data.size
  end

  private

  def swap(i, j)
    @data[i], @data[j] = @data[j], @data[i]
  end

  def parent_idx(target_idx)
    (target_idx - (target_idx.even? ? 2 : 1)) / 2
  end

  def bottom_up
    target_idx = size - 1
    return if target_idx == 0
    parent_idx = parent_idx(target_idx)
    while (@data[parent_idx][1] > @data[target_idx][1])
      swap(parent_idx, target_idx)
      target_idx = parent_idx
      break if target_idx == 0
      parent_idx = parent_idx(target_idx)
    end
  end

  def top_down
    target_idx = 0

    # child がある場合
    while (has_child?(target_idx))

      a = left_child_idx(target_idx)
      b = right_child_idx(target_idx)

      if @data[b].nil?
        c = a
      else
        c = @data[a][1] <= @data[b][1] ? a : b
      end

      if @data[target_idx][1] > @data[c][1]
        swap(target_idx, c)
        target_idx = c
      else
        return
      end
    end
  end

  # @param Integer
  # @return Integer
  def left_child_idx(idx)
    (idx * 2) + 1
  end

  # @param Integer
  # @return Integer
  def right_child_idx(idx)
    (idx * 2) + 2
  end

  # @param Integer
  # @return Boolent
  def has_child?(idx)
    ((idx * 2) + 1) < @data.size
  end
end

n, m = gets.split(" ").map{|s| s.to_i}

w = Array.new(n) {Array.new(2, -Float::INFINITY)}
0.upto(n-1) {|i|
	w[i][1] = Float::INFINITY
}
w[0][0] = Float::INFINITY

v = Array.new(n) {Array.new}

m.times {
	s, t, d = gets.split(" ").map{|s| s.to_i}
	v[s-1] << [t-1, d]
	v[t-1] << [s-1, d]
}

0.upto(n-1) {|i|
	v[i].sort_by!{|x| -x[1]}
}

que = PriorityQueue.new
	
que.push([0, Float::INFINITY, 0])

while que.size > 0 do
	cv, cd, ci = que.pop
	v[cv].each {|nv, nd|
		nd = cd if cd < nd
		if nd > w[nv][0] or (nd == w[nv][0] and ci+1 < w[nv][1]) then
			w[nv] = [nd, ci+1]
			break if nv == n-1
			que.push([nv, nd, ci+1])
		end
	}		
end

puts "#{w[n-1][0]} #{w[n-1][1]}"