def test_check_str(self):
types = [None, True, 1, "", "string", [], (), {}]
# pass: string
for element in [t for t in types if isinstance(t, str)]:
self.assertIsNone(PXML.check_str(element))
# fail: non-string
for element in [t for t in types if not isinstance(t, str)]:
with self.assertRaises(TypeError):
PXML.check_str(element)
def test_newline(self):
pxml = PXML()
pxml.newline()
self.assertEqual(["\n"], pxml.raw)
self.assertEqual("\n", str(pxml))
pxml.newline()
self.assertEqual(["\n", "\n"], pxml.raw)
self.assertEqual("\n\n", str(pxml))
pxml.newline().newline()
self.assertEqual(["\n", "\n", "\n", "\n"], pxml.raw)
self.assertEqual("\n\n\n\n", str(pxml))
pxml.newline(3)
self.assertEqual(["\n", "\n", "\n", "\n", "\n", "\n", "\n"], pxml.raw)
self.assertEqual("\n\n\n\n\n\n\n", str(pxml))
def test_etag(self):
pxml = PXML()
pxml.etag("br")
self.assertEqual(["<br />"], pxml.raw)
self.assertEqual("<br />", str(pxml))
pxml = PXML()
pxml.etag("img", [("src", "/world.png"), ("width", "640"), ("height", "480")])
self.assertEqual(['<img src="/world.png" width="640" height="480" />'], pxml.raw)
self.assertEqual('<img src="/world.png" width="640" height="480" />', str(pxml))
def test_indent(self):
pxml = PXML()
pxml.indent()
self.assertEqual([], pxml.raw)
self.assertEqual("", str(pxml))
pxml = PXML(4)
pxml.depth = 1
pxml.indent(5)
self.assertEqual([" " * pxml.spaces] * 5, pxml.raw)
self.assertEqual(" " * pxml.spaces * 5, str(pxml))
for spaces in range(1, 5):
for depth in range(1, 5):
pxml = PXML(spaces)
pxml.depth = depth
pxml.indent()
self.assertEqual([" " * spaces * depth], pxml.raw)
self.assertEqual(" " * spaces * depth, str(pxml))
def test_attributes(self):
self.assertEqual("", PXML.attributes([]))
self.assertEqual(' hello="world"', PXML.attributes([("hello", "world")]))
self.assertEqual(' a="1" b="2"', PXML.attributes([("a", "1"), ("b", "2")]))
self.assertEqual(' a="1" b="2" c="3"', PXML.attributes([("a", "1"), ("b", "2"), ("c", "3")]))
def test_check_attr(self):
types = [None, True, 1, "", "string", [], (), {}]
# pass: empty list
self.assertIsNone(PXML.check_attr([]))
# pass: list of 2-tuple (tuple elements are strings)
for element in permutations([t for t in types if isinstance(t, str)], 2):
self.assertIsNone(PXML.check_attr([element]))
# fail: non-list
for element in [t for t in types if not isinstance(t, list)]:
with self.assertRaises(TypeError):
PXML.check_attr(element)
# fail: 1 element list (element is not a 2-tuple of strings)
for element in permutations(types, 1):
with self.assertRaises(TypeError):
PXML.check_attr(list(element))
# fail: 2 element list (elements are not a 2-tuple of strings)
for element in permutations(types, 2):
with self.assertRaises(TypeError):
PXML.check_attr(list(element))
# fail: 3 element list (elements are not a 2-tuple of strings)
for element in permutations(types, 3):
with self.assertRaises(TypeError):
PXML.check_attr(list(element))
# fail: list of 1-tuple
for element in permutations(types, 1):
with self.assertRaises(TypeError):
PXML.check_attr([element])
# fail: list of 2-tuple (tuple elements are non-strings)
for element in permutations([t for t in types if not isinstance(t, str)], 2):
with self.assertRaises(TypeError):
PXML.check_attr([element])
# fail: list of 3-tuple
for element in permutations(types, 3):
with self.assertRaises(TypeError):
PXML.check_attr([element])
def test_tag(self):
"""
<b>
HelloWorld
</b>
"""
pxml = PXML(4)
with pxml.tag("b"):
pxml.indent().insert("HelloWorld").newline()
self.assertEqual(["<b>", "\n", " ", "HelloWorld", "\n", "</b>", "\n"], pxml.raw)
self.assertEqual("<b>\n HelloWorld\n</b>\n", str(pxml))
"""
<b>
<i>
HelloWorld
</i>
</b>
"""
pxml = PXML(4)
with pxml.tag("b"):
with pxml.tag("i"):
pxml.indent().insert("HelloWorld").newline()
self.assertEqual(["<b>", "\n", " ", "<i>", "\n", " ", "HelloWorld", "\n", " ", "</i>", "\n", "</b>", "\n"], pxml.raw)
self.assertEqual("<b>\n <i>\n HelloWorld\n </i>\n</b>\n", str(pxml))
"""
<b>
<i>
<u>
HelloWorld
</u>
</i>
</b>
"""
pxml = PXML(4)
with pxml.tag("b"):
with pxml.tag("i"):
with pxml.tag("u"):
pxml.indent().insert("HelloWorld").newline()
self.assertEqual(["<b>", "\n", " ", "<i>", "\n", " ", "<u>", "\n", " ", "HelloWorld", "\n", " ", "</u>", "\n", " ", "</i>", "\n", "</b>", "\n"], pxml.raw)
self.assertEqual("<b>\n <i>\n <u>\n HelloWorld\n </u>\n </i>\n</b>\n", str(pxml))
"""
<b>
Hello
</b>
<b>
World
</b>
"""
pxml = PXML(4)
with pxml.tag("b"):
pxml.indent().insert("Hello").newline()
with pxml.tag("b"):
pxml.indent().insert("World").newline()
self.assertEqual(["<b>", "\n", " ", "Hello", "\n", "</b>", "\n", "<b>", "\n", " ", "World", "\n", "</b>", "\n"], pxml.raw)
self.assertEqual("<b>\n Hello\n</b>\n<b>\n World\n</b>\n", str(pxml))
"""
<span id="Hello">
Hello
</span>
"""
pxml = PXML(4)
with pxml.tag("span", [("id", "Hello")]):
pxml.indent().insert("Hello").newline()
self.assertEqual(['<span id="Hello">', "\n", " ", "Hello", "\n", "</span>", "\n"], pxml.raw)
self.assertEqual('<span id="Hello">\n Hello\n</span>\n', str(pxml))
"""
<span id="Hello">
<span id="World">
HelloWorld
</span>
</span>
"""
pxml = PXML(4)
with pxml.tag("span", [("id", "Hello")]):
with pxml.tag("span", [("id", "World")]):
pxml.indent().insert("HelloWorld").newline()
self.assertEqual(['<span id="Hello">', "\n", " ", '<span id="World">', "\n", " ", "HelloWorld", "\n", " ", "</span>", "\n", "</span>", "\n"], pxml.raw)
self.assertEqual('<span id="Hello">\n <span id="World">\n HelloWorld\n </span>\n</span>\n', str(pxml))
def test_itag(self):
pxml = PXML()
with pxml.itag("b"):
pxml.insert("HelloWorld")
self.assertEqual(["<b>", "HelloWorld", "</b>"], pxml.raw)
self.assertEqual("<b>HelloWorld</b>", str(pxml))
pxml = PXML()
with pxml.itag("b"):
with pxml.itag("i"):
pxml.insert("HelloWorld")
self.assertEqual(["<b>", "<i>", "HelloWorld", "</i>", "</b>"], pxml.raw)
self.assertEqual("<b><i>HelloWorld</i></b>", str(pxml))
pxml = PXML()
with pxml.itag("b"):
with pxml.itag("i"):
with pxml.itag("u"):
pxml.insert("HelloWorld")
self.assertEqual(["<b>", "<i>", "<u>","HelloWorld", "</u>", "</i>", "</b>"], pxml.raw)
self.assertEqual("<b><i><u>HelloWorld</u></i></b>", str(pxml))
pxml = PXML()
with pxml.itag("b"):
pxml.insert("Hello")
with pxml.itag("b"):
pxml.insert("World")
self.assertEqual(["<b>", "Hello", "</b>", "<b>", "World", "</b>"], pxml.raw)
self.assertEqual("<b>Hello</b><b>World</b>", str(pxml))
pxml = PXML()
with pxml.itag("span", [("id", "Hello")]):
pxml.insert("Hello")
self.assertEqual(['<span id="Hello">', "Hello", "</span>"], pxml.raw)
self.assertEqual('<span id="Hello">Hello</span>', str(pxml))
pxml = PXML()
with pxml.itag("span", [("id", "Hello")]):
with pxml.itag("span", [("id", "World")]):
pxml.insert("HelloWorld")
self.assertEqual(['<span id="Hello">', '<span id="World">', "HelloWorld", "</span>", "</span>"], pxml.raw)
self.assertEqual('<span id="Hello"><span id="World">HelloWorld</span></span>', str(pxml))
def test_insert(self):
pxml = PXML(4)
pxml.insert("Hello")
self.assertEqual(["Hello"], pxml.raw)
self.assertEqual("Hello", str(pxml))
pxml.insert("World")
self.assertEqual(["Hello", "World"], pxml.raw)
self.assertEqual("HelloWorld", str(pxml))
pxml.depth = 1
pxml.indent().insert("One")
one = " " * pxml.spaces * pxml.depth
self.assertEqual(["Hello", "World", one, "One"], pxml.raw)
self.assertEqual("HelloWorld{}One".format(one), str(pxml))
pxml.depth = 2
pxml.indent().insert("Two")
two = " " * pxml.spaces * pxml.depth
self.assertEqual(["Hello", "World", one, "One", two, "Two"], pxml.raw)
self.assertEqual("HelloWorld{}One{}Two".format(one, two), str(pxml))
pxml.depth = 3
pxml.indent().insert("Three")
three = " " * pxml.spaces * pxml.depth
self.assertEqual(["Hello", "World", one, "One", two, "Two", three, "Three"], pxml.raw)
self.assertEqual("HelloWorld{}One{}Two{}Three".format(one, two, three), str(pxml))
pxml.insert("Bye").insert("Bye")
self.assertEqual(["Hello", "World", one, "One", two, "Two", three, "Three", "Bye", "Bye"], pxml.raw)
self.assertEqual("HelloWorld{}One{}Two{}ThreeByeBye".format(one, two, three), str(pxml))
