def test_get_tag_attrs_fromDicts5(self):
o_d = dict(background='white',
foreground='blue',
borderwidth='2',
relief=tk.SOLID,
underline=10)
f_d = dict(
family='Courier New',
underline=1,
overstrike=0,
)
case = 'title'
gen_text = ttwidgets.gen_tag_attrs(None,
o_d,
f_d,
case,
kmode='option')
# abbrev=True) # , debug=True)
expected_text = 'background=white foreground=blue borderwidth=2 ' \
'relief=solid family="Courier New" funderline=1 ' \
'foverstrike=0 ' \
'underline=10 case=title'
o_exp_d, f_exp_d, case_exp = ttwidgets.parse_tag_attrs(expected_text)
if True: # ttwidgets.PyVers_f < 3.6: # False: #
gen_text = sorted(ttwidgets.split_attrs(gen_text))
expected_text = sorted(ttwidgets.split_attrs(expected_text))
self.assertEqual(gen_text, expected_text)
self.assertEqual(o_d, o_exp_d)
self.assertEqual(f_d, f_exp_d)
self.assertEqual(case, case_exp)
def test_get_tag_attrs_fromDicts2(self):
o_d = dict(family='Courier New',
background='white',
fg='blue',
bd='2',
relief=tk.SOLID,
funderline=1,
foverstrike=0,
underline=10)
gen_text = ttwidgets.gen_tag_attrs(options=o_d, kmode='alias')
# abbrev=True) # , debug=True)
expected_text = 'fam="Courier New" bg=white fg=blue bd=2 rel=solid ' \
'u=1 o=0 ul=10'
if ttwidgets.PyVers_f < 3.6: # False: # True: #
gen_text = sorted(ttwidgets.split_attrs(gen_text))
expected_text = sorted(ttwidgets.split_attrs(expected_text))
self.assertEqual(gen_text, expected_text)
def test_get_tag_attrs_fromDicts1(self):
o_d = dict(family="Courier New",
background='white',
fg='blue',
bd='2',
relief=tk.SOLID,
funderline=1,
foverstrike=0,
underline=10)
gen_text = ttwidgets.gen_tag_attrs(None, o_d, kmode='')
# abbrev=False) # , debug=True)
expected_text = 'family="Courier New" background=white fg=blue bd=2' \
' relief=solid funderline=1 foverstrike=0 underline=10'
if ttwidgets.PyVers_f < 3.6: # False: # True: #
gen_text = sorted(ttwidgets.split_attrs(gen_text))
expected_text = sorted(ttwidgets.split_attrs(expected_text))
self.assertEqual(gen_text, expected_text)
def test_get_tag_attrs_fromWidget1(self):
but = ttwidgets.Button(bg='wheat',
text='<tag fg=red>red</tag> and <tag'
' background=blue>blue</tag>')
gen_text = but.gen_tag_attrs(kmode='', extend=True)
# abbrev=True) # , debug=True)
expected_text = [
'background=wheat text="<tag fg=red>red</tag> and '
'<tag background=blue>blue</tag>"', 'foreground=red text=red',
'text=" and "', 'background=blue text=blue'
]
if ttwidgets.PyVers_f < 3.6: # False: # True: # False: #
gen_text = \
[sorted(ttwidgets.split_attrs(elem)) for elem in gen_text]
expected_text = \
[sorted(ttwidgets.split_attrs(elem)) for elem in expected_text]
self.assertEqual(gen_text, expected_text)
def test_get_tag_attrs_fromWidget4(self):
# toplevel = tk.Tk()
but = ttwidgets.Button(bg='wheat',
text='<tag fg=red>red</tag> and <tag'
' background=blue>blue</tag>')
gen_text = but.gen_tag_attrs(kmode='option', extend=False)
# abbrev=True) # , debug=True)
expected_text = [
'background=wheat text="<tag fg=red>red</tag> '
'and <tag background=blue>blue</tag>"', 'foreground=red', '',
'background=blue'
]
# print('\n\n', pprint.pformat(gen_text))
# print('\n\n', pprint.pformat(expected_text))
if ttwidgets.PyVers_f < 3.6: # False: # True: # False: #
gen_text = \
[sorted(ttwidgets.split_attrs(elem)) for elem in gen_text]
expected_text = \
[sorted(ttwidgets.split_attrs(elem)) for elem in expected_text]
self.assertEqual(gen_text, expected_text)
print("BUT %d STATE is " % num, new_state.upper(), ", was ", state)
if isinstance(but, TTButton):
print("BUT %d DUMP():" % num, but.dump())
else:
print("BUT %d CONFIG():" % num, but.config())
def example_method(num=-1):
"""Print message when button is released."""
print("BUTTON %d COMMAND!" % num)
# button = root.buttons[num] # UNUSED
root = tk.Tk()
sv = tk.StringVar(name="sv")
build_the_gui()
print(
split_attrs("""family="Courier New" """ +
"""family='Times New Roman' size=12 upper"""))
print(strip_tags("""one <t b>bold</t>"""))
text_str = "one\n\ntwo<t cap>Capital Letters</t><t bitmap=question></t>"
# <t fg="red" tit>Red\nBurn\n</t>\n
text_chunks = split_tagged_text_into_chunks(text_str)
print("TEXT is ", text_str, ", TEXT CHUNKS is ", text_chunks)
divs = [split_chunk(ch) for ch in text_chunks]
print("DIVS are ", divs)
wrapped = wrap_tagged_text(text_str, 5)
print(
"MATCH? ",
wrapped == text_str,
"\n",
repr(text_str),
"\n",
repr(wrapped),