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from . import VT100Test
class TextTest(VT100Test):
def test_ascii(self):
self.vt.process("foo")
assert self.vt.cell(0, 0).contents() == "f"
assert self.vt.cell(0, 1).contents() == "o"
assert self.vt.cell(0, 2).contents() == "o"
assert self.vt.cell(0, 3).contents() == ""
assert self.vt.cell(1, 0).contents() == ""
assert self.vt.get_string_plaintext(0, 0, 23, 79) == 'foo' + ('\n' * 24)
assert self.vt.get_string_plaintext(0, 0, 500, 500) == 'foo' + ('\n' * 24)
def test_utf8(self):
self.vt.process("café")
assert self.vt.cell(0, 0).contents() == "c"
assert self.vt.cell(0, 1).contents() == "a"
assert self.vt.cell(0, 2).contents() == "f"
assert self.vt.cell(0, 3).contents() == "é"
assert self.vt.cell(0, 4).contents() == ""
assert self.vt.cell(1, 0).contents() == ""
assert self.vt.get_string_plaintext(0, 0, 23, 79) == 'café' + ('\n' * 24)
assert self.vt.get_string_plaintext(0, 0, 500, 500) == 'café' + ('\n' * 24)
def test_newlines(self):
self.vt.process("f\r\noo\r\nood")
assert self.vt.cell(0, 0).contents() == "f"
assert self.vt.cell(0, 1).contents() == ""
assert self.vt.cell(0, 2).contents() == ""
assert self.vt.cell(1, 0).contents() == "o"
assert self.vt.cell(1, 1).contents() == "o"
assert self.vt.cell(1, 2).contents() == ""
assert self.vt.cell(2, 0).contents() == "o"
assert self.vt.cell(2, 1).contents() == "o"
assert self.vt.cell(2, 2).contents() == "d"
assert self.vt.cell(0, 3).contents() == ""
assert self.vt.cell(3, 0).contents() == ""
assert self.vt.get_string_plaintext(0, 0, 23, 79) == 'f\noo\nood' + ('\n' * 22)
assert self.vt.get_string_plaintext(0, 0, 500, 500) == 'f\noo\nood' + ('\n' * 22)
def test_wide(self):
self.vt.process("aデbネ")
assert self.vt.cell(0, 0).contents() == "a"
assert self.vt.cell(0, 1).contents() == "デ"
assert self.vt.cell(0, 2).contents() == ""
assert self.vt.cell(0, 3).contents() == "b"
assert self.vt.cell(0, 4).contents() == "ネ"
assert self.vt.cell(0, 5).contents() == ""
assert self.vt.cell(0, 6).contents() == ""
assert self.vt.cell(1, 0).contents() == ""
print(self.vt.get_string_plaintext(0, 0, 0, 50))
assert self.vt.get_string_plaintext(0, 0, 23, 79) == 'aデbネ' + ('\n' * 24)
assert self.vt.get_string_plaintext(0, 0, 500, 500) == 'aデbネ' + ('\n' * 24)
def test_combining(self):
self.vt.process("a")
assert self.vt.cell(0, 0).contents() == "a"
self.vt.process("\u0301")
assert self.vt.cell(0, 0).contents() == "á"
self.vt.process("\033[20;20Habcdefg")
assert self.vt.get_string_plaintext(19, 19, 19, 26) == "abcdefg"
self.vt.process("\033[20;25H\u0301")
assert self.vt.get_string_plaintext(19, 19, 19, 26) == "abcdéfg"
self.vt.process("\033[10;78Haaa")
assert self.vt.cell(9, 79).contents() == "a"
self.vt.process("\r\n\u0301")
assert self.vt.cell(9, 79).contents() == "a"
assert self.vt.cell(10, 0).contents() == ""
def test_wrap(self):
self.vt.process("0123456789" * 10)
assert self.vt.get_string_plaintext(0, 0, 500, 500) == ("0123456789" * 10) + ("\n" * 23)
self.vt.process("\033[5H" + "0123456789" * 8)
self.vt.process("\033[6H" + "0123456789" * 8)
assert self.vt.get_string_plaintext(0, 0, 500, 500) == ("0123456789" * 10) + ("\n" * 3) + ("0123456789" * 8) + "\n" + ("0123456789" * 8) + ("\n" * 19)
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