def testNesting(self):
self.assertEqual(
text.flatten(A.bold["Hello, ", A.underline["world."]], self.attrs), "\x1b[1mHello, \x1b[4mworld."
)
self.assertEqual(
text.flatten(A.bold[A.reverseVideo["Hello, ", A.normal["world"], "."]], self.attrs),
"\x1b[1;7mHello, \x1b[0mworld\x1b[1;7m.",
)
def testNesting(self):
self.assertEqual(
text.flatten(A.bold['Hello, ', A.underline['world.']], self.attrs),
'\x1b[1mHello, \x1b[4mworld.')
self.assertEqual(
text.flatten(
A.bold[A.reverseVideo['Hello, ', A.normal['world'], '.']],
self.attrs), '\x1b[1;7mHello, \x1b[0mworld\x1b[1;7m.')
def testNesting(self):
self.assertEqual(
text.flatten(A.bold['Hello, ', A.underline['world.']], self.attrs),
'\x1b[1mHello, \x1b[4mworld.')
self.assertEqual(
text.flatten(
A.bold[A.reverseVideo['Hello, ', A.normal['world'], '.']],
self.attrs),
'\x1b[1;7mHello, \x1b[0mworld\x1b[1;7m.')
def testComplexStructure(self):
output = A.normal[A.bold[A.bg.cyan[
A.fg.red["Foreground Red, Background Cyan, Bold",
A.blink["Blinking"],
-A.bold["Foreground Red, Background Cyan, normal"]],
A.fg.green["Foreground Green, Background Cyan, Bold"]]]]
self.assertEqual(
text.flatten(output, self.attrs),
"\x1b[1;31;46mForeground Red, Background Cyan, Bold"
"\x1b[5mBlinking"
"\x1b[0;31;46mForeground Red, Background Cyan, normal"
"\x1b[1;32;46mForeground Green, Background Cyan, Bold")
def testComplexStructure(self):
output = A.normal[
A.bold[
A.bg.cyan[
A.fg.red[
"Foreground Red, Background Cyan, Bold",
A.blink[
"Blinking"],
-A.bold[
"Foreground Red, Background Cyan, normal"]],
A.fg.green[
"Foreground Green, Background Cyan, Bold"]]]]
self.assertEqual(
text.flatten(output, self.attrs),
"\x1b[1;31;46mForeground Red, Background Cyan, Bold"
"\x1b[5mBlinking"
"\x1b[0;31;46mForeground Red, Background Cyan, normal"
"\x1b[1;32;46mForeground Green, Background Cyan, Bold")
def testBackground(self):
self.assertEqual(
text.flatten(
A.normal[A.bg.red['Hello, '], A.bg.green['world!']],
self.attrs),
'\x1b[41mHello, \x1b[42mworld!')
def testForeground(self):
self.assertEqual(
text.flatten(
A.normal[A.fg.red['Hello, '], A.fg.green['world!']],
self.attrs),
'\x1b[31mHello, \x1b[32mworld!')
def testMinus(self):
self.assertEqual(
text.flatten(
A.bold[A.blink['Hello', -A.bold[' world'], '.']],
self.attrs),
'\x1b[1;5mHello\x1b[0;5m world\x1b[1;5m.')
def testReverseVideo(self):
self.assertEqual(
text.flatten(A.reverseVideo['Hello, world.'], self.attrs),
'\x1b[7mHello, world.')
def testBlink(self):
self.assertEqual(
text.flatten(A.blink['Hello, world.'], self.attrs),
'\x1b[5mHello, world.')
def testBlink(self):
self.assertEquals(
text.flatten(A.blink['Hello, world.'], self.attrs),
'\x1b[5mHello, world.')
def testTrivial(self):
self.assertEqual(
text.flatten(A.normal['Hello, world.'], self.attrs),
'Hello, world.')
def testBackground(self):
self.assertEquals(
text.flatten(
A.normal[A.bg.red['Hello, '], A.bg.green['world!']],
self.attrs),
'\x1b[41mHello, \x1b[42mworld!')
def testForeground(self):
self.assertEquals(
text.flatten(
A.normal[A.fg.red['Hello, '], A.fg.green['world!']],
self.attrs),
'\x1b[31mHello, \x1b[32mworld!')
def testMinus(self):
self.assertEquals(
text.flatten(
A.bold[A.blink['Hello', -A.bold[' world'], '.']],
self.attrs),
'\x1b[1;5mHello\x1b[0;5m world\x1b[1;5m.')
def testReverseVideo(self):
self.assertEquals(
text.flatten(A.reverseVideo['Hello, world.'], self.attrs),
'\x1b[7mHello, world.')
def testBold(self):
self.assertEquals(
text.flatten(A.bold['Hello, world.'], self.attrs),
'\x1b[1mHello, world.')
def testBold(self):
self.assertEqual(
text.flatten(A.bold['Hello, world.'], self.attrs),
'\x1b[1mHello, world.')
def testUnderline(self):
self.assertEquals(
text.flatten(A.underline['Hello, world.'], self.attrs),
'\x1b[4mHello, world.')
def testUnderline(self):
self.assertEqual(
text.flatten(A.underline['Hello, world.'], self.attrs),
'\x1b[4mHello, world.')
def testTrivial(self):
self.assertEquals(
text.flatten(A.normal['Hello, world.'], self.attrs),
'Hello, world.')
