class TestWithFakeCurses(unittest.TestCase):
def setUp(self):
self.win = Fake()
self.fm = Fake()
self.env = Fake()
self.settings = Fake()
self.initdict = {
'win': self.win,
'settings': self.settings,
'fm': self.fm,
'env': self.env
}
self.disp = Displayable(**self.initdict)
self.disc = DisplayableContainer(**self.initdict)
self.disc.add_child(self.disp)
hei, wid = 100, 100
self.env.termsize = (hei, wid)
def tearDown(self):
self.disp.destroy()
self.disc.destroy()
def test_colorscheme(self):
# Using a color method implies change of window attributes
disp = self.disp
disp.win.chgat = raise_ok
disp.win.attrset = raise_ok
self.assertRaises(OK, disp.color, 'a', 'b')
self.assertRaises(OK, disp.color_at, 0, 0, 0, 'a', 'b')
self.assertRaises(OK, disp.color_reset)
def test_focused_object(self):
d1 = Displayable(**self.initdict)
d2 = DisplayableContainer(**self.initdict)
for obj in (Displayable(**self.initdict) for x in range(5)):
d2.add_child(obj)
d3 = DisplayableContainer(**self.initdict)
for obj in (Displayable(**self.initdict) for x in range(5)):
d3.add_child(obj)
for obj in (d1, d2, d3):
self.disc.add_child(obj)
d3.container[3].focused = True
self.assertEqual(self.disc._get_focused_obj(), d3.container[3])
d3.container[3].focused = False
d2.container[0].focused = True
self.assertEqual(self.disc._get_focused_obj(), d2.container[0])
class TestWithFakeCurses(unittest.TestCase):
def setUp(self):
self.win = Fake()
self.fm = Fake()
self.env = Fake()
self.settings = Fake()
self.initdict = {'win': self.win, 'settings': self.settings,
'fm': self.fm, 'env': self.env}
self.disp = Displayable(**self.initdict)
self.disc = DisplayableContainer(**self.initdict)
self.disc.add_child(self.disp)
hei, wid = 100, 100
self.env.termsize = (hei, wid)
def tearDown(self):
self.disp.destroy()
self.disc.destroy()
def test_colorscheme(self):
# Using a color method implies change of window attributes
disp = self.disp
disp.win.chgat = raise_ok
disp.win.attrset = raise_ok
self.assertRaises(OK, disp.color, 'a', 'b')
self.assertRaises(OK, disp.color_at, 0, 0, 0, 'a', 'b')
self.assertRaises(OK, disp.color_reset)
def test_focused_object(self):
d1 = Displayable(**self.initdict)
d2 = DisplayableContainer(**self.initdict)
for obj in (Displayable(**self.initdict) for x in range(5)):
d2.add_child(obj)
d3 = DisplayableContainer(**self.initdict)
for obj in (Displayable(**self.initdict) for x in range(5)):
d3.add_child(obj)
for obj in (d1, d2, d3):
self.disc.add_child(obj)
d3.container[3].focused = True
self.assertEqual(self.disc._get_focused_obj(), d3.container[3])
d3.container[3].focused = False
d2.container[0].focused = True
self.assertEqual(self.disc._get_focused_obj(), d2.container[0])
def test_focused_object(self):
d1 = Displayable(**self.initdict)
d2 = DisplayableContainer(**self.initdict)
for obj in (Displayable(**self.initdict) for x in range(5)):
d2.add_child(obj)
d3 = DisplayableContainer(**self.initdict)
for obj in (Displayable(**self.initdict) for x in range(5)):
d3.add_child(obj)
for obj in (d1, d2, d3):
self.disc.add_child(obj)
d3.container[3].focused = True
self.assertEqual(self.disc._get_focused_obj(), d3.container[3])
d3.container[3].focused = False
d2.container[0].focused = True
self.assertEqual(self.disc._get_focused_obj(), d2.container[0])
def test_focused_object(self): d1 = Displayable(**self.initdict) d2 = DisplayableContainer(**self.initdict) for obj in (Displayable(**self.initdict) for x in range(5)): d2.add_child(obj) d3 = DisplayableContainer(**self.initdict) for obj in (Displayable(**self.initdict) for x in range(5)): d3.add_child(obj) for obj in (d1, d2, d3): self.disc.add_child(obj) d3.container[3].focused = True self.assertEqual(self.disc._get_focused_obj(), d3.container[3]) d3.container[3].focused = False d2.container[0].focused = True self.assertEqual(self.disc._get_focused_obj(), d2.container[0])
class TestDisplayableWithCurses(unittest.TestCase):
def setUp(self):
global gWin
if not gWin:
gWin = curses.initscr()
self.win = gWin
curses.cbreak()
curses.noecho()
curses.start_color()
curses.use_default_colors()
self.fm = Fake()
self.env = Fake()
self.settings = Fake()
self.initdict = {
'win': self.win,
'settings': self.settings,
'fm': self.fm,
'env': self.env
}
self.disp = Displayable(**self.initdict)
self.disc = DisplayableContainer(**self.initdict)
self.disc.add_child(self.disp)
self.env.termsize = self.win.getmaxyx()
def tearDown(self):
self.disp.destroy()
curses.nocbreak()
curses.echo()
curses.endwin()
@TODO
def test_boundaries(self):
disp = self.disp
hei, wid = self.env.termsize
self.assertRaises(ValueError, disp.resize, 0, 0, hei + 1, wid)
self.assertRaises(ValueError, disp.resize, 0, 0, hei, wid + 1)
self.assertRaises(ValueError, disp.resize, -1, 0, hei, wid)
self.assertRaises(ValueError, disp.resize, 0, -1, hei, wid)
for i in range(1000):
box = [int(randint(0, hei) * 0.2), int(randint(0, wid) * 0.2)]
box.append(randint(0, hei - box[0]))
box.append(randint(0, wid - box[1]))
def in_box(y, x):
return (y >= box[1] and y < box[1] + box[3]) and \
(x >= box[0] and x < box[0] + box[2])
disp.resize(*box)
self.assertEqual(
box, [disp.y, disp.x, disp.hei, disp.wid],
"Resizing failed for some reason on loop " + str(i))
for y, x in zip(range(10), range(10)):
is_in_box = in_box(y, x)
point1 = (y, x)
self.assertEqual(is_in_box, point1 in disp)
point2 = Fake()
point2.x = x
point2.y = y
self.assertEqual(is_in_box, point2 in disp)
def test_click(self):
self.disp.click = raise_ok
hei, wid = self.env.termsize
for i in range(50):
winwid = randint(2, wid - 1)
winhei = randint(2, hei - 1)
self.disc.resize(0, 0, hei, wid)
self.disp.resize(0, 0, winhei, winwid)
fakepos = Fake()
fakepos.x = winwid - 2
fakepos.y = winhei - 2
self.assertRaises(OK, self.disc.click, fakepos)
fakepos.x = winwid
fakepos.y = winhei
self.disc.click(fakepos)
class TestDisplayableWithCurses(unittest.TestCase):
def setUp(self):
global gWin
if not gWin:
gWin = curses.initscr()
self.win = gWin
curses.cbreak()
curses.noecho()
curses.start_color()
curses.use_default_colors()
self.fm = Fake()
self.env = Fake()
self.settings = Fake()
self.initdict = {'win': self.win, 'settings': self.settings,
'fm': self.fm, 'env': self.env}
self.disp = Displayable(**self.initdict)
self.disc = DisplayableContainer(**self.initdict)
self.disc.add_child(self.disp)
self.env.termsize = self.win.getmaxyx()
def tearDown(self):
self.disp.destroy()
curses.nocbreak()
curses.echo()
curses.endwin()
@TODO
def test_boundaries(self):
disp = self.disp
hei, wid = self.env.termsize
self.assertRaises(ValueError, disp.resize, 0, 0, hei + 1, wid)
self.assertRaises(ValueError, disp.resize, 0, 0, hei, wid + 1)
self.assertRaises(ValueError, disp.resize, -1, 0, hei, wid)
self.assertRaises(ValueError, disp.resize, 0, -1, hei, wid)
for i in range(1000):
box = [int(randint(0, hei) * 0.2), int(randint(0, wid) * 0.2)]
box.append(randint(0, hei - box[0]))
box.append(randint(0, wid - box[1]))
def in_box(y, x):
return (y >= box[1] and y < box[1] + box[3]) and \
(x >= box[0] and x < box[0] + box[2])
disp.resize(*box)
self.assertEqual(box, [disp.y, disp.x, disp.hei, disp.wid],
"Resizing failed for some reason on loop " + str(i))
for y, x in zip(range(10), range(10)):
is_in_box = in_box(y, x)
point1 = (y, x)
self.assertEqual(is_in_box, point1 in disp)
point2 = Fake()
point2.x = x
point2.y = y
self.assertEqual(is_in_box, point2 in disp)
def test_click(self):
self.disp.click = raise_ok
hei, wid = self.env.termsize
for i in range(50):
winwid = randint(2, wid-1)
winhei = randint(2, hei-1)
self.disc.resize(0, 0, hei, wid)
self.disp.resize(0, 0, winhei, winwid)
fakepos = Fake()
fakepos.x = winwid - 2
fakepos.y = winhei - 2
self.assertRaises(OK, self.disc.click, fakepos)
fakepos.x = winwid
fakepos.y = winhei
self.disc.click(fakepos)