1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
|
# frozen_string_literal: true
require_relative 'helper'
class TestHTMLIpsum < Test::Unit::TestCase
include DeterministicHelper
assert_methods_are_deterministic(
FFaker::HTMLIpsum,
:a, :p, :dl, :ul_short, :ul_long, :ol_short, :ol_long, :ul_links,
:table, :body, :fancy_string
)
def setup
@tester = FFaker::HTMLIpsum
end
def test_a
assert_match(%r{^<a href="#\w+" title="[ \w]+">[ \w]+</a>$}i, FFaker::HTMLIpsum.a)
end
def test_p
# We can't predict the number of times the sentence pattern will repeat
# because the FFaker::Lorem methods that we are using adds a random
# number on top of what we specify for the count argument.
assert_match(%r{^<p>([ \w]+\.)+</p>$}i, FFaker::HTMLIpsum.p)
end
def test_p_breaks
# Here we can at least test how many <br> tags there are.
assert_match(%r{^<p>(?:[ \w.]+<br>){2}[ \w.]+</p>$}i, FFaker::HTMLIpsum.p(3, include_breaks: true))
end
def test_p_fancy
# We can't predict the number of times the sentence pattern will repeat
# because the FFaker::Lorem methods that we are using adds a random
# number on top of what we specify for the count argument. We also have to
# account for the other HTML that is being returned.
str = FFaker::HTMLIpsum.p(5, fancy: true)
assert_match(/^<p>/, str)
assert_match(%r{</p>$}, str)
assert str.length > 6, 'string contains more than <p></p>'
end
def test_p_fancy_breaks
# Here we can at least test how many <br> tags there are. We also have to
# account for the other HTML that is being returned.
str = FFaker::HTMLIpsum.p(10, fancy: true, include_breaks: true)
assert_equal 10, str.split('<br>').length
end
def test_dl
assert_match(%r{^<dl>(<dt>[ \w]+</dt><dd>[ \w.]+</dd>){3}</dl>$}i, FFaker::HTMLIpsum.dl(3))
end
def test_ul_short
assert_match(%r{^<ul>(<li>[ \w.]+</li>){3}</ul>$}i, FFaker::HTMLIpsum.ul_short(3))
end
def test_ul_long
assert_match(%r{^<ul>(<li>[ \w.]+</li>){3}</ul>$}i, FFaker::HTMLIpsum.ul_long(3))
end
def test_ol_short
assert_match(%r{^<ol>(<li>[ \w.]+</li>){3}</ol>$}i, FFaker::HTMLIpsum.ol_short(3))
end
def test_ol_long
assert_match(%r{^<ol>(<li>[ \w.]+</li>){3}</ol>$}i, FFaker::HTMLIpsum.ol_long(3))
end
def test_ul_links
assert_match(%r{^<ul>(<li><a href="#\w+" title="\w+">[ \w]+</a></li>){3}</ul>$}i, FFaker::HTMLIpsum.ul_links(3))
end
def test_table
assert_match(%r{(<td>[ \w]+</td>\s*){3}}i, FFaker::HTMLIpsum.table(3))
end
def test_body
# We can't reliably predict what's going to end up inside, so just ensure
# that we have a complete string.
assert_match(%r{^<h1>.+</pre>$}im, FFaker::HTMLIpsum.body)
end
def test_fancy_string
# We can't reliably predict what's going to end up inside, so just ensure
# that we have a complete string.
assert FFaker::HTMLIpsum.fancy_string.is_a?(String), 'returns a string'
assert FFaker::HTMLIpsum.fancy_string.length > 1, 'the string is longer than one char'
end
def test_fancy_string_tags
# It returns a string with at least one HTML tag
assert_match(%r{(<.*>[\w\s]+</\w+>){1}}i, FFaker::HTMLIpsum.fancy_string(1))
assert_match(%r{(<.*>[\w\s]+</\w+>){1}}i, FFaker::HTMLIpsum.fancy_string(3))
end
def test_fancy_string_breaks
# We can't reliably predict what's going to end up inside, so just ensure
# that we have a complete string.
str = FFaker::HTMLIpsum.fancy_string(3, true)
assert_equal 3, str.split('<br>').length
end
end
|
