def testEncoding(self):
# Bug fix: Templates that are Unicode strings should expand as Unicode
# strings. (This is why we use StringIO instead of cStringIO).
t = jsontemplate.FromString(u'\u00FF')
self.verify.Equal(t.expand({}), u'\u00FF')
t = jsontemplate.FromString(u'\uFF00')
self.verify.Equal(t.expand({}), u'\uFF00')
def testEmpty(self):
s = """\
Format-Char: |
Meta: <>
"""
t = jsontemplate.FromString(s, _constructor=taste.ClassDef)
self.verify.Equal(t.args[0], '')
self.verify.Equal(t.kwargs['meta'], '<>')
self.verify.Equal(t.kwargs['format_char'], '|')
# Empty template
t = jsontemplate.FromString('', _constructor=taste.ClassDef)
self.verify.Equal(t.args[0], '')
self.verify.Equal(t.kwargs.get('meta'), None)
self.verify.Equal(t.kwargs.get('format_char'), None)
def testNumberWithDefaultHtmlFormatter(self):
# For now, integers can't be formatted directly as html. Just omit the
# formatter.
t = jsontemplate.FromString(
B("""
default-formatter: html
There are {num} ways to do it
"""))
self.verify.Equal('There are 5 ways to do it\n', t.expand({'num': 5L}))
def testTemplate(self):
f = """\
format-char: :
meta: <>
Hello <there>
"""
t = jsontemplate.FromString(f, _constructor=taste.ClassDef)
self.verify.Equal(t.args[0], 'Hello <there>\n')
self.verify.Equal(t.kwargs['meta'], '<>')
self.verify.Equal(t.kwargs['format_char'], ':')
def testNoOptions(self):
# Bug fix
f = """Hello {dude}"""
t = jsontemplate.FromString(f)
self.verify.Equal(t.expand({'dude': 'Andy'}), 'Hello Andy')