IntToHexTest.test_lower_boundary() - Code Metrics - thatsIch/sublime-rainmeter - Measure and Improve Code Quality continuously with Scrutinizer

IntToHexTest.test_lower_boundary() A
last analyzed 2018-05-21 11:23 UTC

↳ Parent: IntToHexTest

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cc	1
c	1
b	0
f	0
dl	0
loc	5
rs	9.4285

"""Test color converter."""


import sys

from unittest import TestCase

COLOR_CONVERTER = sys.modules["Rainmeter.color.converter"]


class IntToHexTest(TestCase):
    """Testing int to hex conversion and its corner cases."""

    def test_below_lower_boundary(self):
        """Rainmeter only supports from 0 upwards."""
        self.assertRaises(AssertionError, COLOR_CONVERTER.int_to_hex, -1)

    def test_lower_boundary(self):
        """Zero is a corner case and should return 00."""
        hex_value = COLOR_CONVERTER.int_to_hex(0)

        self.assertEqual(hex_value, "00")

    def test_default(self):
        """A random number within the boundary 0, 255 should work."""
        hex_value = COLOR_CONVERTER.int_to_hex(128)

        self.assertEqual(hex_value, "80")

    def test_upper_boundary(self):
        """255 is a corner case and should return FF."""
        hex_value = COLOR_CONVERTER.int_to_hex(255)

        self.assertEqual(hex_value, "FF")

    def test_over_upper_boundary(self):
        """Rainmeter only supports up to 255."""
        self.assertRaises(AssertionError, COLOR_CONVERTER.int_to_hex, 256)

    def test_letter_case(self):
        """We also support lower case if it is requested."""
        hex_value = COLOR_CONVERTER.int_to_hex(255, letter_case=COLOR_CONVERTER.LetterCase.Lower)

        self.assertEqual(hex_value, "ff")


class RGBsToHexesTest(TestCase):

    """Testing RGBs to hexes conversion and its corner cases."""

    def test_default_rgb_conversion(self):
        """3 valid ints should convert to 3 hexes."""
        hexes = COLOR_CONVERTER.rgbs_to_hexes([128, 128, 128])

        self.assertEqual(hexes, ["80", "80", "80"])

    def test_default_rgba_conversion(self):
        """4 valid ints should convert to 4 hexes."""
        hexes = COLOR_CONVERTER.rgbs_to_hexes([128, 128, 128, 128])

        self.assertEqual(hexes, ["80", "80", "80", "80"])

    def test_invalid_rgb_low_len(self):
        """RGB are at least 3 values."""
        self.assertRaises(AssertionError, COLOR_CONVERTER.rgbs_to_hexes, [128, 128])

    def test_invalid_rgb_high_len(self):
        """RGB are at most 4 values."""
        self.assertRaises(AssertionError, COLOR_CONVERTER.rgbs_to_hexes, [128, 128, 128, 128, 128])


class HexesToStringTest(TestCase):
    """This test guerentees that a proper string conversion ."""

    def test_stringing(self):
        """Default case with one spacing."""
        stringed = COLOR_CONVERTER.hexes_to_string(["80", "80", "80"])

        self.assertEqual(stringed, "808080")

    def test_rgba(self):
        """RGBA case."""
        stringed = COLOR_CONVERTER.hexes_to_string(["80", "80", "80", "80"])

        self.assertEqual(stringed, "80808080")


class HexToIntTest(TestCase):
    """Testing hex to int conversion and its corner cases."""

    def test_below_lower_boundary(self):
        """Rainmeter only supports from 0 upwards."""
        self.assertRaises(AssertionError, COLOR_CONVERTER.hex_to_int, "-1")

    def test_lower_boundary(self):
        """00 is a corner case and should return 0."""
        int_value = COLOR_CONVERTER.hex_to_int("00")

        self.assertEqual(int_value, 0)

    def test_default(self):
        """A random number within the boundary 0, 255 should work."""
        int_value = COLOR_CONVERTER.hex_to_int("80")

        self.assertEqual(int_value, 128)

    def test_upper_boundary(self):
        """FF is a corner case and should return 255."""
        int_value = COLOR_CONVERTER.hex_to_int("FF")

        self.assertEqual(int_value, 255)

    def test_over_upper_boundary(self):
        """Rainmeter only supports up to 255."""
        self.assertRaises(AssertionError, COLOR_CONVERTER.hex_to_int, "100")


class HexesToRGBsTest(TestCase):

    """Testing Hexes to RGBs conversion and its corner cases."""

    def test_default_hex_conversion(self):
        """."""
        rgb = COLOR_CONVERTER.hexes_to_rgbs(["80", "80", "80"])

        self.assertEqual(rgb, [128, 128, 128])

    def test_default_hexa_conversion(self):
        """4 valid hexes should convert to rgba."""
        rgba = COLOR_CONVERTER.hexes_to_rgbs(["80", "80", "80", "80"])

        self.assertEqual(rgba, [128, 128, 128, 128])

    def test_invalid_hex_low_len(self):
        """Require at least 3 values."""
        self.assertRaises(AssertionError, COLOR_CONVERTER.hexes_to_rgbs, ["FF", "FF"])

    def test_invalid_hex_high_len(self):
        """Require at most 4 values."""
        self.assertRaises(
            AssertionError,
            COLOR_CONVERTER.hexes_to_rgbs,
            ["FF", "FF", "FF", "FF", "FF"]
        )


class RGBsToStringTest(TestCase):
    """This test guerentees that a proper string conversion ."""

    def test_stringing(self):
        """Default Rainmeter decimal color representation."""
        stringed = COLOR_CONVERTER.rgbs_to_string([128, 128, 128])

        self.assertEqual(stringed, "128,128,128")

    def test_with_spacing(self):
        """For people who like to space things."""
        stringed = COLOR_CONVERTER.rgbs_to_string([128, 128, 128], spacing=1)

        self.assertEqual(stringed, "128, 128, 128")

    def test_with_more_spacing(self):
        """For people who like to use a lot of spacings."""
        stringed = COLOR_CONVERTER.rgbs_to_string([128, 128, 128], spacing=5)

        self.assertEqual(stringed, "128,     128,     128")


class HexAppendAlphaTest(TestCase):
    """This test handles different cases of appended alpha values."""

    def test_lower_case(self):
        """Lower case hex string adds a lower-case full alpha channel."""
        stringed = COLOR_CONVERTER.convert_hex_to_hex_with_alpha("ff8800")

        self.assertEqual(stringed, "ff8800ff")

    def test_upper_case(self):
        """Upper case hex string adds upper-case full alpha channel."""
        stringed = COLOR_CONVERTER.convert_hex_to_hex_with_alpha("FF8800")

        self.assertEqual(stringed, "FF8800FF")

    def test_mixed_case(self):
        """If case is not clear add upper-case full alpha channel."""
        stringed = COLOR_CONVERTER.convert_hex_to_hex_with_alpha("Ff8800")

        self.assertEqual(stringed, "Ff8800FF")

    def test_already_alpha(self):
        """Only add alpha channel if have only RGB."""
        stringed = COLOR_CONVERTER.convert_hex_to_hex_with_alpha("FF8800FF")

        self.assertEqual(stringed, "FF8800FF")


class HexToRGBAStringTest(TestCase):
    """Test behaviour of hex string to rgba string converter."""

    def test_without_alpha(self):
        """
        We always get a RGBA String, but it depends if previously it had an alpha channel or not.

        In case it had no alpha channel then we ignore the alpha channel
        unless we have a value which differs from FF or 255.
        The color picker will default to FF if a non alpha channel color is inputted.
        """
        stringed = COLOR_CONVERTER.convert_hex_str_to_rgba_str("FFFFFFFF", False)

        self.assertEqual(stringed, "255,255,255")

    def test_with_alpha(self):
        """
        If there was already an alpha channel there we have to respect that.

        That way even FF is written back.
        """
        stringed = COLOR_CONVERTER.convert_hex_str_to_rgba_str("FFFFFFFF", True)

        self.assertEqual(stringed, "255,255,255,255")

    def test_without_alpha_but_non_max(self):
        """
        If we had no alpha channel but we get a value back which is different from FF.

        In that case we have to translate that information too
        and force add the alpha channel to the content.
        """
        stringed = COLOR_CONVERTER.convert_hex_str_to_rgba_str("FFFFFF01", False)

        self.assertEqual(stringed, "255,255,255,1")


1		"""Test color converter."""
2
3
4		import sys
5
6		from unittest import TestCase
7
8		COLOR_CONVERTER = sys.modules["Rainmeter.color.converter"]
9
10
11		class IntToHexTest(TestCase):
12		"""Testing int to hex conversion and its corner cases."""
13
14		def test_below_lower_boundary(self):
15		"""Rainmeter only supports from 0 upwards."""
16		self.assertRaises(AssertionError, COLOR_CONVERTER.int_to_hex, -1)
17
18		def test_lower_boundary(self):
19		"""Zero is a corner case and should return 00."""
20		hex_value = COLOR_CONVERTER.int_to_hex(0)
21
22		self.assertEqual(hex_value, "00")
23
24		def test_default(self):
25		"""A random number within the boundary 0, 255 should work."""
26		hex_value = COLOR_CONVERTER.int_to_hex(128)
27
28		self.assertEqual(hex_value, "80")
29
30		def test_upper_boundary(self):
31		"""255 is a corner case and should return FF."""
32		hex_value = COLOR_CONVERTER.int_to_hex(255)
33
34		self.assertEqual(hex_value, "FF")
35
36		def test_over_upper_boundary(self):
37		"""Rainmeter only supports up to 255."""
38		self.assertRaises(AssertionError, COLOR_CONVERTER.int_to_hex, 256)
39
40		def test_letter_case(self):
41		"""We also support lower case if it is requested."""
42		hex_value = COLOR_CONVERTER.int_to_hex(255, letter_case=COLOR_CONVERTER.LetterCase.Lower)
43
44		self.assertEqual(hex_value, "ff")
45
46
47	View Code Duplication	class RGBsToHexesTest(TestCase):
		0 ignored issues – show Duplication introduced 2016-12-20 14:35 UTC by Report Bug Copy Issue Report This code seems to be duplicated in your project. Loading history...
48		"""Testing RGBs to hexes conversion and its corner cases."""
49
50		def test_default_rgb_conversion(self):
51		"""3 valid ints should convert to 3 hexes."""
52		hexes = COLOR_CONVERTER.rgbs_to_hexes([128, 128, 128])
53
54		self.assertEqual(hexes, ["80", "80", "80"])
55
56		def test_default_rgba_conversion(self):
57		"""4 valid ints should convert to 4 hexes."""
58		hexes = COLOR_CONVERTER.rgbs_to_hexes([128, 128, 128, 128])
59
60		self.assertEqual(hexes, ["80", "80", "80", "80"])
61
62		def test_invalid_rgb_low_len(self):
63		"""RGB are at least 3 values."""
64		self.assertRaises(AssertionError, COLOR_CONVERTER.rgbs_to_hexes, [128, 128])
65
66		def test_invalid_rgb_high_len(self):
67		"""RGB are at most 4 values."""
68		self.assertRaises(AssertionError, COLOR_CONVERTER.rgbs_to_hexes, [128, 128, 128, 128, 128])
69
70
71		class HexesToStringTest(TestCase):
72		"""This test guerentees that a proper string conversion ."""
73
74		def test_stringing(self):
75		"""Default case with one spacing."""
76		stringed = COLOR_CONVERTER.hexes_to_string(["80", "80", "80"])
77
78		self.assertEqual(stringed, "808080")
79
80		def test_rgba(self):
81		"""RGBA case."""
82		stringed = COLOR_CONVERTER.hexes_to_string(["80", "80", "80", "80"])
83
84		self.assertEqual(stringed, "80808080")
85
86
87		class HexToIntTest(TestCase):
88		"""Testing hex to int conversion and its corner cases."""
89
90		def test_below_lower_boundary(self):
91		"""Rainmeter only supports from 0 upwards."""
92		self.assertRaises(AssertionError, COLOR_CONVERTER.hex_to_int, "-1")
93
94		def test_lower_boundary(self):
95		"""00 is a corner case and should return 0."""
96		int_value = COLOR_CONVERTER.hex_to_int("00")
97
98		self.assertEqual(int_value, 0)
99
100		def test_default(self):
101		"""A random number within the boundary 0, 255 should work."""
102		int_value = COLOR_CONVERTER.hex_to_int("80")
103
104		self.assertEqual(int_value, 128)
105
106		def test_upper_boundary(self):
107		"""FF is a corner case and should return 255."""
108		int_value = COLOR_CONVERTER.hex_to_int("FF")
109
110		self.assertEqual(int_value, 255)
111
112		def test_over_upper_boundary(self):
113		"""Rainmeter only supports up to 255."""
114		self.assertRaises(AssertionError, COLOR_CONVERTER.hex_to_int, "100")
115
116
117	View Code Duplication	class HexesToRGBsTest(TestCase):
		0 ignored issues – show Duplication introduced 2018-04-27 21:28 UTC by Report Bug Copy Issue Report This code seems to be duplicated in your project. Loading history...
118		"""Testing Hexes to RGBs conversion and its corner cases."""
119
120		def test_default_hex_conversion(self):
121		"""."""
122		rgb = COLOR_CONVERTER.hexes_to_rgbs(["80", "80", "80"])
123
124		self.assertEqual(rgb, [128, 128, 128])
125
126		def test_default_hexa_conversion(self):
127		"""4 valid hexes should convert to rgba."""
128		rgba = COLOR_CONVERTER.hexes_to_rgbs(["80", "80", "80", "80"])
129
130		self.assertEqual(rgba, [128, 128, 128, 128])
131
132		def test_invalid_hex_low_len(self):
133		"""Require at least 3 values."""
134		self.assertRaises(AssertionError, COLOR_CONVERTER.hexes_to_rgbs, ["FF", "FF"])
135
136		def test_invalid_hex_high_len(self):
137		"""Require at most 4 values."""
138		self.assertRaises(
139		AssertionError,
140		COLOR_CONVERTER.hexes_to_rgbs,
141		["FF", "FF", "FF", "FF", "FF"]
142		)
143
144
145		class RGBsToStringTest(TestCase):
146		"""This test guerentees that a proper string conversion ."""
147
148		def test_stringing(self):
149		"""Default Rainmeter decimal color representation."""
150		stringed = COLOR_CONVERTER.rgbs_to_string([128, 128, 128])
151
152		self.assertEqual(stringed, "128,128,128")
153
154		def test_with_spacing(self):
155		"""For people who like to space things."""
156		stringed = COLOR_CONVERTER.rgbs_to_string([128, 128, 128], spacing=1)
157
158		self.assertEqual(stringed, "128, 128, 128")
159
160		def test_with_more_spacing(self):
161		"""For people who like to use a lot of spacings."""
162		stringed = COLOR_CONVERTER.rgbs_to_string([128, 128, 128], spacing=5)
163
164		self.assertEqual(stringed, "128, 128, 128")
165
166
167		class HexAppendAlphaTest(TestCase):
168		"""This test handles different cases of appended alpha values."""
169
170		def test_lower_case(self):
171		"""Lower case hex string adds a lower-case full alpha channel."""
172		stringed = COLOR_CONVERTER.convert_hex_to_hex_with_alpha("ff8800")
173
174		self.assertEqual(stringed, "ff8800ff")
175
176		def test_upper_case(self):
177		"""Upper case hex string adds upper-case full alpha channel."""
178		stringed = COLOR_CONVERTER.convert_hex_to_hex_with_alpha("FF8800")
179
180		self.assertEqual(stringed, "FF8800FF")
181
182		def test_mixed_case(self):
183		"""If case is not clear add upper-case full alpha channel."""
184		stringed = COLOR_CONVERTER.convert_hex_to_hex_with_alpha("Ff8800")
185
186		self.assertEqual(stringed, "Ff8800FF")
187
188		def test_already_alpha(self):
189		"""Only add alpha channel if have only RGB."""
190		stringed = COLOR_CONVERTER.convert_hex_to_hex_with_alpha("FF8800FF")
191
192		self.assertEqual(stringed, "FF8800FF")
193
194
195		class HexToRGBAStringTest(TestCase):
196		"""Test behaviour of hex string to rgba string converter."""
197
198		def test_without_alpha(self):
199		"""
200		We always get a RGBA String, but it depends if previously it had an alpha channel or not.
201
202		In case it had no alpha channel then we ignore the alpha channel
203		unless we have a value which differs from FF or 255.
204		The color picker will default to FF if a non alpha channel color is inputted.
205		"""
206		stringed = COLOR_CONVERTER.convert_hex_str_to_rgba_str("FFFFFFFF", False)
207
208		self.assertEqual(stringed, "255,255,255")
209
210		def test_with_alpha(self):
211		"""
212		If there was already an alpha channel there we have to respect that.
213
214		That way even FF is written back.
215		"""
216		stringed = COLOR_CONVERTER.convert_hex_str_to_rgba_str("FFFFFFFF", True)
217
218		self.assertEqual(stringed, "255,255,255,255")
219
220		def test_without_alpha_but_non_max(self):
221		"""
222		If we had no alpha channel but we get a value back which is different from FF.
223
224		In that case we have to translate that information too
225		and force add the alpha channel to the content.
226		"""
227		stringed = COLOR_CONVERTER.convert_hex_str_to_rgba_str("FFFFFF01", False)
228
229		self.assertEqual(stringed, "255,255,255,1")
230

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IntToHexTest.test_lower_boundary() A last analyzed 2018-05-21 11:23 UTC

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IntToHexTest.test_lower_boundary() A
last analyzed 2018-05-21 11:23 UTC