def _test_boxlayout(orientation):
import_pymt_no_window()
from pymt import MTBoxLayout, MTWidget
# note: this test act always if orientation
# is a horizontal one. use sw() around pos or size
# to ensure that the swap is done.
# note: default spacing is 1
# default padding is 0
def sw(tpl):
if orientation == 'vertical':
return tpl[1], tpl[0]
return tpl
# default add
m = MTBoxLayout(orientation=orientation)
for x in xrange(10):
m.add_widget(MTWidget(size=(10,10)))
print m.size
test(sw(m.size) == (109, 10))
# spacing to 10
m = MTBoxLayout(orientation=orientation, spacing=10)
for x in xrange(10):
m.add_widget(MTWidget(size=(10,10)))
test(sw(m.size) == (190, 10))
def unittest_methods():
from pymt import Vector
a = Vector(0, 10)
test(a.length == 10)
b = Vector(0, 20)
test(b.distance(a) == 10)
def unittest_visible_methods():
import_pymt_no_window()
from pymt import MTWidget
w = MTWidget()
w.hide()
test(w.visible == False)
w.show()
test(w.visible == True)
def unittest_visible_methods():
import_pymt_no_window()
from pymt import MTWidget
w = MTWidget()
w.hide()
test(w.visible == False)
w.show()
test(w.visible == True)
def unittest_methods():
import_pymt_no_window()
from pymt import Vector
a = Vector(0, 10)
test(a.length() == 10)
b = Vector(0, 20)
test(b.distance(a) == 10)
def unittest_css_label():
import_pymt_no_window()
from pymt import MTLabel, css_add_sheet
css_add_sheet('''
.style {
color: rgba(0, 255, 0, 255);
}
''')
l = MTLabel(label='test', cls='style')
test(l.style['color'] == [0.0, 1.0, 0.0, 1.0])
def unittest_css_label():
import_pymt_no_window()
from pymt import MTLabel, css_add_sheet
css_add_sheet('''
.style {
color: rgba(0, 255, 0, 255);
}
''')
l = MTLabel(label='test', cls='style')
test(l.style['color'] == [0.0, 1.0, 0.0, 1.0])
def unittest_css_multiclass():
import_pymt_no_window()
from pymt import MTLabel, css_add_sheet
css_add_sheet('''
.test1 {
font-color : rgba(255,255,255,255);
}
.test2 {
font-size: 24;
}
''')
l = MTLabel(label='test', cls=('test1', 'test2'))
test(l.style['font-size'] == 24)
def unittest_css_multiclass():
import_pymt_no_window()
from pymt import MTLabel, css_add_sheet
css_add_sheet('''
.test1 {
font-color : rgba(255,255,255,255);
}
.test2 {
font-size: 24;
}
''')
l = MTLabel(label = 'test', cls=('test1', 'test2'))
test(l.style['font-size'] == 24)
def unittest_defaults():
import_pymt_no_window()
from pymt import MTWidget
w = MTWidget()
test(w.x == 0)
test(w.y == 0)
test(w.width == 100)
test(w.height == 100)
def unittest_defaults():
from pymt import MTWidget
w = MTWidget()
test(w.x == 0)
test(w.y == 0)
test(w.width == 100)
test(w.height == 100)
test_runpymt(w)
test_image()
def unittest_visible_events():
import_pymt_no_window()
from pymt import MTWidget
global on_update_called
on_update_called = 0
def on_update():
global on_update_called
on_update_called += 1
# by default, visible is True
w = MTWidget()
w.connect('on_update', on_update)
w.dispatch_event('on_update')
test(on_update_called == 1)
# make it invisible
w.visible = False
w.dispatch_event('on_update')
test(on_update_called == 1)
# make it visible
w.visible = True
w.dispatch_event('on_update')
test(on_update_called == 2)
# create a new widget, visible default to False
on_update_called = 0
w = MTWidget(visible=False)
try:
# XXX FIXME unable to connect to default on_update
# since it's not yet register.
w.connect('on_update', on_update)
except:
pass
w.dispatch_event('on_update')
test(on_update_called == 0)
w.visible = True
w.connect('on_update', on_update)
w.dispatch_event('on_update')
test(on_update_called == 1)
def unittest_visible_events():
import_pymt_no_window()
from pymt import MTWidget
global on_update_called
on_update_called = 0
def on_update():
global on_update_called
on_update_called += 1
# by default, visible is True
w = MTWidget()
w.connect('on_draw', on_draw)
w.dispatch_event('on_draw')
test(on_draw_called == 1)
# make it invisible
w.visible = False
w.dispatch_event('on_draw')
test(on_draw_called == 1)
# make it visible
w.visible = True
w.dispatch_event('on_draw')
test(on_draw_called == 2)
# create a new widget, visible default to False
on_draw_called = 0
w = MTWidget(visible=False)
try:
# XXX FIXME unable to connect to default on_draw
# since it's not yet register.
w.connect('on_draw', on_draw)
except:
pass
w.dispatch_event('on_draw')
test(on_draw_called == 0)
w.visible = True
w.connect('on_draw', on_draw)
w.dispatch_event('on_draw')
test(on_draw_called == 1)
def unittest_css():
import_pymt_no_window()
from pymt import MTWidget, Label
from pymt import css_add_sheet
css_add_sheet('''
.style {
bg-color: rgba(255, 255, 255, 255);
}
#my { bg-color : rgba(255, 0, 255, 0);}
''')
w = MTWidget(cls='style')
x = MTWidget(id='my',cls='style')
test(w.style['bg-color'] == [1.0 ,1.0 ,1.0 ,1.0])
test(x.style['bg-color'] == [1.0 ,0.0 ,1.0 ,0.0])
x.style['bg-color'] = [0, 0, 0, 0]
test(x.style['bg-color'] == [0 ,0 ,0 ,0])
def unittest_css():
import_pymt_no_window()
from pymt import MTWidget, Label
from pymt import css_add_sheet
css_add_sheet('''
.style {
bg-color: rgba(255, 255, 255, 255);
}
#my { bg-color : rgba(255, 0, 255, 0);}
''')
w = MTWidget(cls='style')
x = MTWidget(id='my', cls='style')
test(w.style['bg-color'] == [1.0, 1.0, 1.0, 1.0])
test(x.style['bg-color'] == [1.0, 0.0, 1.0, 0.0])
x.style['bg-color'] = [0, 0, 0, 0]
test(x.style['bg-color'] == [0, 0, 0, 0])
def unittest_coordinate_transform():
import_pymt_no_window()
from pymt import MTWidget
# child 2 inside child 1 inside child0
child0 = MTWidget(pos=(100, 100))
child1 = MTWidget(pos=(200, 200))
child2 = MTWidget(pos=(300, 300))
child0.add_widget(child1)
child1.add_widget(child2)
test(child0.pos == (100, 100))
test(child1.pos == (200, 200))
test(child2.pos == (300, 300))
# screen coordinate is default
test(child0.to_local(*child1.pos) == (200, 200))
# using the relative attribute,
# we should have relative coordinate
test(child0.to_local(*child1.pos, relative=True) == (100, 100))
test(child1.to_local(*child2.pos, relative=True) == (100, 100))
# screen coordinate 400,400 is 100,100 in relative coordinate from child2
test(child2.to_widget(400, 400, relative=True) == (100, 100))
# 100, 100 relative coordinate from child2 is 400, 400 in screen coordinate
test(child2.to_window(100, 100, relative=True) == (400, 400))
def unittest_basics():
import_pymt_no_window()
from pymt import Vector
v = Vector(10, 10)
test(v.x == 10)
test(v.y == 10)
a = Vector(1, 1)
b = Vector(2, 2)
test(a != b)
# add
c = a + b
test(c.x == 3)
test(c.y == 3)
test(c[0] == 3)
test(c[1] == 3)
# sub
c = a - b
test(c.x == -1)
test(c.y == -1)
# mul
c = b * 2
test(c.x == 4)
test(c.y == 4)
# add with tuple
c = b + (5, 6)
test(c.x == 7)
test(c.y == 8)
# add with list
c = b + [5, 6]
test(c.x == 7)
test(c.y == 8)
def unittest_dispatcher():
import_pymt_no_window()
from pymt import EventDispatcher
class MyEventDispatcher(EventDispatcher):
def on_test(self, *largs):
pass
global testpass, testargs
testpass = False
testargs = None
def callbacktest(*largs):
global testpass, testargs
testpass = True
testargs = largs
def resettest():
global testpass, testargs
testpass = False
testargs = None
a = MyEventDispatcher()
# test unknown event
resettest()
try:
a.connect('on_test', callbacktest)
except:
testpass = True
test('no register' and testpass)
# register event + test
resettest()
a.register_event_type('on_test')
try:
a.connect('on_test', callbacktest)
testpass = True
except:
pass
test('register' and testpass)
# test dispatch
resettest()
a.dispatch_event('on_test')
test('dispatch' and testpass)
test(testargs == ())
resettest()
a.dispatch_event('on_test', 123)
test('disp+arg' and testpass)
test(testargs == (123,))
resettest()
a.dispatch_event('on_test', 123, 'blhe')
test('disp+2args' and testpass)
test(testargs == (123, 'blhe'))
# remove handler
resettest()
a.remove_handler('on_test', callbacktest)
a.dispatch_event('on_test')
test('nohandler' and not testpass)
def unittest_mttextinput():
test(instance())
def unittest_defaults():
import_pymt_no_window()
from pymt import BaseObject
a = BaseObject()
test(a.x == 0)
test(a.y == 0)
test(a.width == 0)
test(a.height == 0)
test(a.pos == (0, 0))
test(a.size == (0, 0))
# test every accessor
a.x = 2
test(a.x == 2)
test(a.pos == (2, 0))
test(a.center == (2, 0))
a.y = 2
test(a.y == 2)
test(a.pos == (2, 2))
test(a.center == (2, 2))
a.pos = (0, 0)
test(a.x == 0)
test(a.y == 0)
test(a.pos == (0, 0))
test(a.center == (0, 0))
a.width = 2
test(a.width == 2)
test(a.size == (2, 0))
test(a.center == (1, 0))
a.height = 2
test(a.height == 2)
test(a.size == (2, 2))
test(a.center == (1, 1))
a.size = (0, 0)
test(a.width == 0)
test(a.height == 0)
test(a.size == (0, 0))
test(a.center == (0, 0))
a.center = (5, 5)
test(a.x == 5)
test(a.y == 5)
test(a.pos == (5, 5))
test(a.width == 0)
test(a.height == 0)
test(a.size == (0, 0))
a.size = (20, 20)
test(a.center == (15, 15))
def unittest_mttextinput():
test(instance())
def _test_boxlayout(orientation):
import_pymt_no_window()
from pymt import MTBoxLayout, MTWidget
# note: this test act always if orientation
# is a horizontal one. use sw() around pos or size
# to ensure that the swap is done.
def sw(tpl):
tpl = tuple(map(int, tpl))
if orientation == 'vertical':
return tpl[1], tpl[0]
return tpl
# note: default spacing is 1
# default padding is 0
# default add
m = MTBoxLayout(orientation=orientation)
for x in xrange(10):
m.add_widget(MTWidget(size=(10, 10)))
test(sw(m.size) == (109, 10))
#
# spacing to 10
#
m = MTBoxLayout(orientation=orientation, spacing=10)
for x in xrange(10):
m.add_widget(MTWidget(size=(10, 10)))
test(sw(m.size) == (190, 10))
#
# padding to 10
#
m = MTBoxLayout(orientation=orientation, padding=10, spacing=0)
for x in xrange(10):
m.add_widget(MTWidget(size=(10, 10)))
m.do_layout()
# size should be 10 (number of widget) * width (10) + 2 * padding
test(sw(m.size) == (120, 30))
for x in xrange(10):
if orientation == 'vertical':
test(sw(m.children[x].pos) == (10 + x * 10, 10))
else:
test(sw(m.children[x].pos) == (10 + (9 - x) * 10, 10))
#
# testing size_hint with padding
#
m = MTBoxLayout(orientation=orientation,
padding=10,
spacing=0,
size_hint=(None, None),
size=(500, 500))
m.add_widget(MTWidget(size_hint=(1, 1)))
m.do_layout()
test(sw(m.size) == (500, 500))
test(sw(m.children[0].size) == (480, 480))
#
# testing size_hint with spacing
#
m = MTBoxLayout(orientation=orientation,
spacing=10,
size_hint=(None, None),
size=(500, 500))
m.add_widget(MTWidget(size_hint=(1, 1)))
m.do_layout()
# only one should have no impact
test(sw(m.size) == (500, 500))
test(sw(m.children[0].size) == (500, 500))
# add a second widget
m.add_widget(MTWidget(size_hint=(1, 1)))
m.do_layout()
# now, we should see difference
test(sw(m.size) == (500, 500))
test(sw(m.children[0].size) == (245, 500))
test(sw(m.children[1].size) == (245, 500))
#
# testing with padding + spacing
#
m = MTBoxLayout(orientation=orientation, spacing=10, padding=10)
for x in xrange(10):
m.add_widget(MTWidget(size=(10, 10)))
m.do_layout()
test(sw(m.size) == (210, 30))
for x in xrange(10):
if orientation == 'vertical':
test(sw(m.children[x].pos) == (10 + x * 20, 10))
else:
test(sw(m.children[x].pos) == (10 + (9 - x) * 20, 10))
#
# testing with padding + spacing + size_hint
#
m = MTBoxLayout(orientation=orientation,
spacing=10,
padding=10,
size_hint=(None, None),
size=(500, 500))
m.add_widget(MTWidget(size_hint=(1, 1)))
m.add_widget(MTWidget(size_hint=(1, 1)))
m.do_layout()
# now, we should see difference
test(sw(m.size) == (500, 500))
test(sw(m.children[0].size) == (235, 480))
test(sw(m.children[1].size) == (235, 480))
if orientation == 'vertical':
test(sw(m.children[0].pos) == (10, 10))
test(sw(m.children[1].pos) == (255, 10))
else:
test(sw(m.children[0].pos) == (255, 10))
test(sw(m.children[1].pos) == (10, 10))
def unittest_coordinate_transform():
import_pymt_no_window()
from pymt import MTWidget
# child 2 inside child 1 inside child0
child0 = MTWidget(pos=(100, 100))
child1 = MTWidget(pos=(200, 200))
child2 = MTWidget(pos=(300, 300))
child0.add_widget(child1)
child1.add_widget(child2)
test(child0.pos == (100, 100))
test(child1.pos == (200, 200))
test(child2.pos == (300, 300))
# screen coordinate is default
test(child0.to_local(*child1.pos) == (200, 200))
# using the relative attribute,
# we should have relative coordinate
test(child0.to_local(*child1.pos, relative=True) == (100, 100))
test(child1.to_local(*child2.pos, relative=True) == (100, 100))
# screen coordinate 400,400 is 100,100 in relative coordinate from child2
test(child2.to_widget(400, 400, relative=True) == (100, 100))
# 100, 100 relative coordinate from child2 is 400, 400 in screen coordinate
test(child2.to_window(100, 100, relative=True) == (400, 400))
def unittest_mttextarea_basics():
'''Test driver'''
# Test defaults
t = instance()
test(t is not None)
if t is None: return
test(t.height == 100)
test(t.width == 100)
test(t.value == '')
test(len(t.lines) == 1)
# Test operations with a single line in widget
tline1 = 'This is a single line'
t.value = tline1
test(tline1 == t.value)
test(len(t.lines) == 3)
test(t.height == 100)
test(t.width == 100)
# Replace text with an empty string
t.value = ''
test(t.value == '')
test(len(t.lines) == 1)
test(t.height == 100)
test(t.width == 100)
# Now lets put in a string of 12 lines and see what happens
tline2 = [
'', 'Line 1',
('Line 2 which is rather long and should overflow'
' horizontally ........................'), 'Line 3', 'Line 4',
'Line 5 ', 'Line 6', ' Line 7', 'Line 8', '', 'Line 10', ''
]
tline2b = '\n'.join(tline2)
t.value = tline2b
# Among other things, make sure leading and trailing white space
# are not lost
test(tline2b == t.value)
test(len(t.lines) == 21)
test(t.height == 100)
test(t.width == 100)
# Lets replace line 8
'''This is now deprecated.
lt1 = 'Replacement text for line 8'
tline2[7] = lt1
tline2c = '\n'.join(tline2)
t.set_line_text(7, lt1)
test(tline2c == t.value)
test(len(t.lines) == 12)
test(t.height == 100)
test(t.width == 100)
'''
# Test full auto-sizing
del t
t = instance(autosize=True)
test(t is not None)
if t is None: return
# Test defaults
test(int(t.height) == 25)
test(int(t.width) == 1)
test(t.value == '')
test(len(t._glyph_size) == 0)
test(len(t.lines) == 1)
# Test operations with a single line in widget
# This test assumes the default font and Pygame as text manager running
# on Ubuntu 10.04.
# Other text managers may give slightly different results for dimensions
# and different fonts could cause larger variations
t.value = tline1
test(tline1 == t.value)
test(len(t.lines) == 1)
test(int(t.height) == 25)
test(int(t.width) == 203)
# Replace text with an empty string
t.value = ''
test(t.value == '')
test(len(t.lines) == 1)
test(int(t.height) == 25)
test(int(t.width) == 1)
# Now lets put in a string of 12 lines and see what happens
t.value = tline2b
# Among other things, make sure leading and trailing white space
# are not lost
test(tline2b == t.value)
test(len(t.lines) == 12)
test(int(t.height) == 322)
test(int(t.width) == 809)
def unittest_mttextarea():
'''Test driver'''
# Test defaults
t = instance()
test(t is not None)
if t is None: return
test(t.height == 100)
test(t.width == 100)
test(t.value == '')
test(len(t._glyph_size) == 0)
test(len(t.lines) == 1)
# Test operations with a single line in widget
tline1 = 'This is a single line'
t.value =tline1
test(tline1 == t.value)
test(len(t.lines) == 1)
test(t.height == 100)
test(t.width == 100)
# Replace text with an empty string
emptyline = ''
t.value = emptyline
test(emptyline == t.value)
test(len(t.lines) == 1)
test(t.height == 100)
test(t.width == 100)
# Now lets put in a string of 12 lines and see what happens
tline2 = ['', 'Line 1', ('Line 2 which is rather long and should overflow'
' horizontally ........................'),
'Line 3', 'Line 4', 'Line 5 ', 'Line 6', ' Line 7',
'Line 8', '', 'Line 10', '']
tline2b = '\n'.join(tline2)
t.value = tline2b
# Among other things, make sure leading and trailing white space
# are not lost
test(tline2b == t.value)
test(len(t.lines) == 12)
test(t.height == 100)
test(t.width == 100)
# Lets replace line 8
lt1 = 'Replacement text for line 8'
tline2[7] = lt1
tline2c = '\n'.join(tline2)
t.set_line_text(7, lt1)
test(tline2c == t.value)
test(len(t.lines) == 12)
test(t.height == 100)
test(t.width == 100)
# Test full auto-sizing
del t
t = instance(autosize=True)
test(t is not None)
if t is None: return
# Test defaults
test(int(t.height) == 25)
test(int(t.width) == 1)
test(t.value == '')
test(len(t._glyph_size) == 0)
test(len(t.lines) == 1)
# Test operations with a single line in widget
# This test assumes the default font and Pygame as text manager running
# on Ubuntu 10.04.
# Other text managers may give slightly different results for dimensions
# and different fonts could cause larger variations
t.value =tline1
test(tline1 == t.value)
test(len(t.lines) == 1)
test(int(t.height) == 25)
test(int(t.width) == 203)
# Replace text with an empty string
t.value = emptyline
test(emptyline == t.value)
test(len(t.lines) == 1)
test(int(t.height) == 25)
test(int(t.width) == 1)
# Now lets put in a string of 12 lines and see what happens
t.value = tline2b
# Among other things, make sure leading and trailing white space
# are not lost
test(tline2b == t.value)
test(len(t.lines) == 12)
test(int(t.height) == 322)
test(int(t.width) == 809)
def unittest_defaults():
import_pymt_no_window()
from pymt import BaseObject
a = BaseObject()
test(a.x == 0)
test(a.y == 0)
test(a.width == 0)
test(a.height == 0)
test(a.pos == (0, 0))
test(a.size == (0, 0))
# test every accessor
a.x = 2
test(a.x == 2)
test(a.pos == (2, 0))
test(a.center == (2, 0))
a.y = 2
test(a.y == 2)
test(a.pos == (2, 2))
test(a.center == (2, 2))
a.pos = (0, 0)
test(a.x == 0)
test(a.y == 0)
test(a.pos == (0, 0))
test(a.center == (0, 0))
a.width = 2
test(a.width == 2)
test(a.size == (2, 0))
test(a.center == (1, 0))
a.height = 2
test(a.height == 2)
test(a.size == (2, 2))
test(a.center == (1, 1))
a.size = (0, 0)
test(a.width == 0)
test(a.height == 0)
test(a.size == (0, 0))
test(a.center == (0, 0))
a.center = (5, 5)
test(a.x == 5)
test(a.y == 5)
test(a.pos == (5, 5))
test(a.width == 0)
test(a.height == 0)
test(a.size == (0, 0))
a.size = (20, 20)
test(a.center == (15, 15))
def unittest_mttextarea_basics():
"""Test driver"""
# Test defaults
t = instance()
test(t is not None)
if t is None:
return
test(t.height == 100)
test(t.width == 100)
test(t.value == "")
test(len(t.lines) == 1)
# Test operations with a single line in widget
tline1 = "This is a single line"
t.value = tline1
test(tline1 == t.value)
test(len(t.lines) == 3)
test(t.height == 100)
test(t.width == 100)
# Replace text with an empty string
t.value = ""
test(t.value == "")
test(len(t.lines) == 1)
test(t.height == 100)
test(t.width == 100)
# Now lets put in a string of 12 lines and see what happens
tline2 = [
"",
"Line 1",
("Line 2 which is rather long and should overflow" " horizontally ........................"),
"Line 3",
"Line 4",
"Line 5 ",
"Line 6",
" Line 7",
"Line 8",
"",
"Line 10",
"",
]
tline2b = "\n".join(tline2)
t.value = tline2b
# Among other things, make sure leading and trailing white space
# are not lost
test(tline2b == t.value)
test(len(t.lines) == 21)
test(t.height == 100)
test(t.width == 100)
# Lets replace line 8
"""This is now deprecated.
lt1 = 'Replacement text for line 8'
tline2[7] = lt1
tline2c = '\n'.join(tline2)
t.set_line_text(7, lt1)
test(tline2c == t.value)
test(len(t.lines) == 12)
test(t.height == 100)
test(t.width == 100)
"""
# Test full auto-sizing
del t
t = instance(autosize=True)
test(t is not None)
if t is None:
return
# Test defaults
test(int(t.height) == 25)
test(int(t.width) == 1)
test(t.value == "")
test(len(t._glyph_size) == 0)
test(len(t.lines) == 1)
# Test operations with a single line in widget
# This test assumes the default font and Pygame as text manager running
# on Ubuntu 10.04.
# Other text managers may give slightly different results for dimensions
# and different fonts could cause larger variations
t.value = tline1
test(tline1 == t.value)
test(len(t.lines) == 1)
test(int(t.height) == 25)
test(int(t.width) == 203)
# Replace text with an empty string
t.value = ""
test(t.value == "")
test(len(t.lines) == 1)
test(int(t.height) == 25)
test(int(t.width) == 1)
# Now lets put in a string of 12 lines and see what happens
t.value = tline2b
# Among other things, make sure leading and trailing white space
# are not lost
test(tline2b == t.value)
test(len(t.lines) == 12)
test(int(t.height) == 322)
test(int(t.width) == 809)
def unittest_mttextarea_cursor():
t = instance()
test(t is not None)
if t is None:
return
test(t.cursor == (0, 0))
test(t.cursor_index == 0)
t.value = 'abc\ndef\nghi'
test(len(t.value) == 11)
test(t.cursor == (3, 2))
test(t.cursor_index == 11)
# test some cursor position from text index
test(t.get_cursor_from_index(0) == (0, 0))
test(t.get_cursor_from_index(1) == (1, 0))
test(t.get_cursor_from_index(2) == (2, 0))
test(t.get_cursor_from_index(3) == (3, 0))
test(t.get_cursor_from_index(4) == (0, 1))
test(t.get_cursor_from_index(5) == (1, 1))
test(t.get_cursor_from_index(6) == (2, 1))
test(t.get_cursor_from_index(7) == (3, 1))
test(t.get_cursor_from_index(8) == (0, 2))
test(t.get_cursor_from_index(9) == (1, 2))
test(t.get_cursor_from_index(10) == (2, 2))
test(t.get_cursor_from_index(11) == (3, 2))
# now, set the cursor, and check the index
t.cursor = (0, 0)
test(t.cursor_index == 0)
t.cursor = (1, 0)
test(t.cursor_index == 1)
t.cursor = (2, 0)
test(t.cursor_index == 2)
t.cursor = (3, 0)
test(t.cursor_index == 3)
t.cursor = (0, 1)
test(t.cursor_index == 4)
t.cursor = (1, 1)
test(t.cursor_index == 5)
t.cursor = (2, 1)
test(t.cursor_index == 6)
t.cursor = (3, 1)
test(t.cursor_index == 7)
t.cursor = (0, 2)
test(t.cursor_index == 8)
t.cursor = (1, 2)
test(t.cursor_index == 9)
t.cursor = (2, 2)
test(t.cursor_index == 10)
t.cursor = (3, 2)
test(t.cursor_index == 11)
# test bounds
test(t.get_cursor_from_index(-1) == (0, 0))
test(t.get_cursor_from_index(-100) == (0, 0))
print t.get_cursor_from_index(12)
test(t.get_cursor_from_index(12) == (3, 2))
test(t.get_cursor_from_index(100) == (3, 2))
def unittest_defaults():
import_pymt_no_window()
from pymt import MTWidget
w = MTWidget()
test(w.x == 0)
test(w.y == 0)
test(w.width == 100)
test(w.height == 100)
test(w.visible == True)
test(w.draw_children == True)
test(w.cls == '')
def unittest_defaults():
import_pymt_no_window()
from pymt import MTWidget
w = MTWidget()
test(w.x == 0)
test(w.y == 0)
test(w.width == 100)
test(w.height == 100)
test(w.visible == True)
test(w.draw_children == True)
test(w.cls == '')
def _test_boxlayout(orientation):
import_pymt_no_window()
from pymt import MTBoxLayout, MTWidget
# note: this test act always if orientation
# is a horizontal one. use sw() around pos or size
# to ensure that the swap is done.
def sw(tpl):
tpl = tuple(map(int, tpl))
if orientation == 'vertical':
return tpl[1], tpl[0]
return tpl
# note: default spacing is 1
# default padding is 0
# default add
m = MTBoxLayout(orientation=orientation)
for x in xrange(10):
m.add_widget(MTWidget(size=(10,10)))
test(sw(m.size) == (109, 10))
#
# spacing to 10
#
m = MTBoxLayout(orientation=orientation, spacing=10)
for x in xrange(10):
m.add_widget(MTWidget(size=(10,10)))
test(sw(m.size) == (190, 10))
#
# padding to 10
#
m = MTBoxLayout(orientation=orientation, padding=10, spacing=0)
for x in xrange(10):
m.add_widget(MTWidget(size=(10,10)))
m.do_layout()
# size should be 10 (number of widget) * width (10) + 2 * padding
test(sw(m.size) == (120, 30))
for x in xrange(10):
if orientation == 'vertical':
test(sw(m.children[x].pos) == (10 + x * 10, 10))
else:
test(sw(m.children[x].pos) == (10 + (9 - x) * 10, 10))
#
# testing size_hint with padding
#
m = MTBoxLayout(orientation=orientation, padding=10, spacing=0,
size_hint=(None, None), size=(500, 500))
m.add_widget(MTWidget(size_hint=(1, 1)))
m.do_layout()
test(sw(m.size) == (500, 500))
test(sw(m.children[0].size) == (480, 480))
#
# testing size_hint with spacing
#
m = MTBoxLayout(orientation=orientation, spacing=10,
size_hint=(None, None), size=(500, 500))
m.add_widget(MTWidget(size_hint=(1, 1)))
m.do_layout()
# only one should have no impact
test(sw(m.size) == (500, 500))
test(sw(m.children[0].size) == (500, 500))
# add a second widget
m.add_widget(MTWidget(size_hint=(1, 1)))
m.do_layout()
# now, we should see difference
test(sw(m.size) == (500, 500))
test(sw(m.children[0].size) == (245, 500))
test(sw(m.children[1].size) == (245, 500))
#
# testing with padding + spacing
#
m = MTBoxLayout(orientation=orientation, spacing=10, padding=10)
for x in xrange(10):
m.add_widget(MTWidget(size=(10,10)))
m.do_layout()
test(sw(m.size) == (210, 30))
for x in xrange(10):
if orientation == 'vertical':
test(sw(m.children[x].pos) == (10 + x * 20, 10))
else:
test(sw(m.children[x].pos) == (10 + (9 - x) * 20, 10))
#
# testing with padding + spacing + size_hint
#
m = MTBoxLayout(orientation=orientation, spacing=10, padding=10,
size_hint=(None, None), size=(500, 500))
m.add_widget(MTWidget(size_hint=(1, 1)))
m.add_widget(MTWidget(size_hint=(1, 1)))
m.do_layout()
# now, we should see difference
test(sw(m.size) == (500, 500))
test(sw(m.children[0].size) == (235, 480))
test(sw(m.children[1].size) == (235, 480))
if orientation == 'vertical':
test(sw(m.children[0].pos) == (10, 10))
test(sw(m.children[1].pos) == (255, 10))
else:
test(sw(m.children[0].pos) == (255, 10))
test(sw(m.children[1].pos) == (10, 10))
def unittest_mttextarea_cursor():
t = instance()
test(t is not None)
if t is None:
return
test(t.cursor == (0, 0))
test(t.cursor_index == 0)
t.value = "abc\ndef\nghi"
test(len(t.value) == 11)
test(t.cursor == (3, 2))
test(t.cursor_index == 11)
# test some cursor position from text index
test(t.get_cursor_from_index(0) == (0, 0))
test(t.get_cursor_from_index(1) == (1, 0))
test(t.get_cursor_from_index(2) == (2, 0))
test(t.get_cursor_from_index(3) == (3, 0))
test(t.get_cursor_from_index(4) == (0, 1))
test(t.get_cursor_from_index(5) == (1, 1))
test(t.get_cursor_from_index(6) == (2, 1))
test(t.get_cursor_from_index(7) == (3, 1))
test(t.get_cursor_from_index(8) == (0, 2))
test(t.get_cursor_from_index(9) == (1, 2))
test(t.get_cursor_from_index(10) == (2, 2))
test(t.get_cursor_from_index(11) == (3, 2))
# now, set the cursor, and check the index
t.cursor = (0, 0)
test(t.cursor_index == 0)
t.cursor = (1, 0)
test(t.cursor_index == 1)
t.cursor = (2, 0)
test(t.cursor_index == 2)
t.cursor = (3, 0)
test(t.cursor_index == 3)
t.cursor = (0, 1)
test(t.cursor_index == 4)
t.cursor = (1, 1)
test(t.cursor_index == 5)
t.cursor = (2, 1)
test(t.cursor_index == 6)
t.cursor = (3, 1)
test(t.cursor_index == 7)
t.cursor = (0, 2)
test(t.cursor_index == 8)
t.cursor = (1, 2)
test(t.cursor_index == 9)
t.cursor = (2, 2)
test(t.cursor_index == 10)
t.cursor = (3, 2)
test(t.cursor_index == 11)
# test bounds
test(t.get_cursor_from_index(-1) == (0, 0))
test(t.get_cursor_from_index(-100) == (0, 0))
print t.get_cursor_from_index(12)
test(t.get_cursor_from_index(12) == (3, 2))
test(t.get_cursor_from_index(100) == (3, 2))