#!/usr/pkg/bin/ruby31
# -*- coding: utf-8 -*-

require 'test/unit'
require File.join(File.dirname(__FILE__), 'setup_variant')

class TC_JSONGenerate < Test::Unit::TestCase
  include JSON

  def setup
    @hash = {
      'a' => 2,
      'b' => 3.141,
      'c' => 'c',
      'd' => [ 1, "b", 3.14 ],
      'e' => { 'foo' => 'bar' },
      'g' => "\"\0\037",
      'h' => 1000.0,
      'i' => 0.001
    }
    @json2 = '{"a":2,"b":3.141,"c":"c","d":[1,"b",3.14],"e":{"foo":"bar"},' +
      '"g":"\\"\\u0000\\u001f","h":1000.0,"i":0.001}'
    @json3 = <<'EOT'.chomp
{
  "a": 2,
  "b": 3.141,
  "c": "c",
  "d": [
    1,
    "b",
    3.14
  ],
  "e": {
    "foo": "bar"
  },
  "g": "\"\u0000\u001f",
  "h": 1000.0,
  "i": 0.001
}
EOT
  end

  def test_generate
    json = generate(@hash)
    assert_equal(JSON.parse(@json2), JSON.parse(json))
    parsed_json = parse(json)
    assert_equal(@hash, parsed_json)
    json = generate({1=>2})
    assert_equal('{"1":2}', json)
    parsed_json = parse(json)
    assert_equal({"1"=>2}, parsed_json)
    assert_raise(GeneratorError) { generate(666) }
  end

  def test_generate_pretty
    json = pretty_generate(@hash)
    assert_equal(JSON.parse(@json3), JSON.parse(json))
    parsed_json = parse(json)
    assert_equal(@hash, parsed_json)
    json = pretty_generate({1=>2})
    assert_equal(<<'EOT'.chomp, json)
{
  "1": 2
}
EOT
    parsed_json = parse(json)
    assert_equal({"1"=>2}, parsed_json)
    assert_raise(GeneratorError) { pretty_generate(666) }
  end

  def test_fast_generate
    json = fast_generate(@hash)
    assert_equal(JSON.parse(@json2), JSON.parse(json))
    parsed_json = parse(json)
    assert_equal(@hash, parsed_json)
    json = fast_generate({1=>2})
    assert_equal('{"1":2}', json)
    parsed_json = parse(json)
    assert_equal({"1"=>2}, parsed_json)
    assert_raise(GeneratorError) { fast_generate(666) }
  end



  def test_states
    json = generate({1=>2}, nil)
    assert_equal('{"1":2}', json)
    s = JSON.state.new
    assert s.check_circular?
    assert s[:check_circular?]
    h = { 1=>2 }
    h[3] = h
    assert_raises(JSON::NestingError) {  generate(h) }
    assert_raises(JSON::NestingError) {  generate(h, s) }
    s = JSON.state.new
    a = [ 1, 2 ]
    a << a
    assert_raises(JSON::NestingError) {  generate(a, s) }
    assert s.check_circular?
    assert s[:check_circular?]
  end

  def test_pretty_state
    state = PRETTY_STATE_PROTOTYPE.dup
    assert_equal({
                   :allow_nan    => false,
                   :array_nl     => "\n",
                   :ascii_only   => false,
                   :depth        => 0,
                   :indent       => "  ",
                   :max_nesting  => 19,
                   :object_nl    => "\n",
                   :space        => " ",
                   :space_before => "",
                 }.sort_by { |n,| n.to_s }, state.to_h.sort_by { |n,| n.to_s })
  end

  def test_safe_state
    state = SAFE_STATE_PROTOTYPE.dup
    assert_equal({
                   :allow_nan    => false,
                   :array_nl     => "",
                   :ascii_only   => false,
                   :depth        => 0,
                   :indent       => "",
                   :max_nesting  => 19,
                   :object_nl    => "",
                   :space        => "",
                   :space_before => "",
                 }.sort_by { |n,| n.to_s }, state.to_h.sort_by { |n,| n.to_s })
  end

  def test_fast_state
    state = FAST_STATE_PROTOTYPE.dup
    assert_equal({
                   :allow_nan    => false,
                   :array_nl     => "",
                   :ascii_only   => false,
                   :depth        => 0,
                   :indent       => "",
                   :max_nesting  => 0,
                   :object_nl    => "",
                   :space        => "",
                   :space_before => "",
                 }.sort_by { |n,| n.to_s }, state.to_h.sort_by { |n,| n.to_s })
  end

  def test_allow_nan
    assert_raises(GeneratorError) { generate([JSON::NaN]) }
    assert_equal '[NaN]', generate([JSON::NaN], :allow_nan => true)
    assert_raises(GeneratorError) { fast_generate([JSON::NaN]) }
    assert_raises(GeneratorError) { pretty_generate([JSON::NaN]) }
    assert_equal "[\n  NaN\n]", pretty_generate([JSON::NaN], :allow_nan => true)
    assert_raises(GeneratorError) { generate([JSON::Infinity]) }
    assert_equal '[Infinity]', generate([JSON::Infinity], :allow_nan => true)
    assert_raises(GeneratorError) { fast_generate([JSON::Infinity]) }
    assert_raises(GeneratorError) { pretty_generate([JSON::Infinity]) }
    assert_equal "[\n  Infinity\n]", pretty_generate([JSON::Infinity], :allow_nan => true)
    assert_raises(GeneratorError) { generate([JSON::MinusInfinity]) }
    assert_equal '[-Infinity]', generate([JSON::MinusInfinity], :allow_nan => true)
    assert_raises(GeneratorError) { fast_generate([JSON::MinusInfinity]) }
    assert_raises(GeneratorError) { pretty_generate([JSON::MinusInfinity]) }
    assert_equal "[\n  -Infinity\n]", pretty_generate([JSON::MinusInfinity], :allow_nan => true)
  end

  def test_depth
    ary = []; ary << ary
    assert_equal 0, JSON::SAFE_STATE_PROTOTYPE.depth
    assert_raises(JSON::NestingError) { JSON.generate(ary) }
    assert_equal 0, JSON::SAFE_STATE_PROTOTYPE.depth
    assert_equal 0, JSON::PRETTY_STATE_PROTOTYPE.depth
    assert_raises(JSON::NestingError) { JSON.pretty_generate(ary) }
    assert_equal 0, JSON::PRETTY_STATE_PROTOTYPE.depth
    s = JSON.state.new
    assert_equal 0, s.depth
    assert_raises(JSON::NestingError) { ary.to_json(s) }
    assert_equal 19, s.depth
  end
end
