require "bubbletea"
require "lipgloss"

class Counter
  include Bubbletea::Model

  def initialize
    @count = 0
    @style = Lipgloss::Style.new
      .bold(true)
      .foreground("#FF6B6B")
  end

  def update(message)
    case message
    when Bubbletea::KeyMessage
      case message.to_s
      when "q", "ctrl+c"
        return [self, Bubbletea.quit]
      when "up" then @count += 1
      when "down" then @count -= 1
      end
    end

    [self, nil]
  end

  def view
    @style.render("Count: #{@count}\n\nPress q to quit")
  end
end

Bubbletea.run(Counter.new)

require "bubbletea"
require "bubbles"

class LoadingApp
  include Bubbletea::Model

  def initialize
    @spinner = Bubbles::Spinner.new
  end

  def init
    [self, @spinner.tick]
  end

  def update(message)
    case message
    when Bubbletea::KeyMessage
      case message.to_s
      when "q", "ctrl+c"
        return [self, Bubbletea.quit]
      end
    end

    @spinner, command = @spinner.update(message)

    [self, command]
  end

  def view
    "#{@spinner.view} Loading..."
  end
end

Bubbletea.run(LoadingApp.new)

require "huh"

form = Huh.form(
  Huh.group(
    Huh.input
      .key("name")
      .title("What's your name?")
      .placeholder("Enter name..."),

    Huh.select
      .key("color")
      .title("Favorite color?")
      .options(*Huh.options(
        "Red", "Green", "Blue"
      ))
  )
).with_theme(Huh::Themes.charm)

form.run

puts "Hello, #{form["name"]}!"

require "lipgloss"

headers = ["Name", "Language", "Stars"]

rows = [
  ["bubbletea", "Ruby", "✨"],
  ["lipgloss", "Ruby", "💄"],
  ["glamour", "Ruby", "✨"]
]

table = Lipgloss::Table.new
  .headers(headers)
  .rows(rows)
  .border(:rounded)

puts table.render

require "glamour"

markdown = <<~MD
  # Hello Glamour :sparkles:

  This is **bold** and *italic*.

  - Item one
  - Item two
  - Item three

  ```ruby
  puts "Hello, World!"
  ```
MD

puts Glamour.render(markdown,
  style: "dark",
  width: 80,
  emoji: true
)

require "ntcharts"

chart = Ntcharts::Streamlinechart.new(60, 12)

loop do
  chart.push(Math.sin(Time.now.to_f) * 4 + 5)

  print "\e[H\e[2J"
  puts chart.render
  sleep 0.1
end