def test_interpolate_expr():
from kid.codewriter import interpolate
tests = [ ('foo ${bar} baz', ["'foo '", "bar", "' baz'"]),
('foo $bar baz', ["'foo '", "bar", "' baz'"]),
('foo $${bar} baz', 'foo ${bar} baz'),
('foo $$bar baz', 'foo $bar baz'),
('${foo} bar baz', ["foo", "' bar baz'"]),
('$foo bar baz', ["foo", "' bar baz'"]),
('foo bar ${baz}', ["'foo bar '", "baz"]),
('foo bar $baz', ["'foo bar '", "baz"]),
('foo $${bar}${baz}', ["'foo ${bar}'", "baz"]),
('foo $$bar$baz', ["'foo $bar'", "baz"]),
('${foo} bar ${baz}', ["foo", "' bar '", "baz"]),
('$foo bar $baz', ["foo", "' bar '", "baz"]),
('${foo}$${bar}${baz}', ["foo", "'${bar}'", "baz"]),
('$foo$$bar$baz', ["foo", "'$bar'", "baz"]),
('foo $object.attr bar', ["'foo '", "object.attr", "' bar'"]),
('$ foo ${bar baz}', ["'$ foo '", 'bar baz']),
('foo$ ${bar.baz}', ["'foo$ '", 'bar.baz']),
('$foo $100 $bar', ["foo", "' $100 '", "bar"]),
('$foo $$100 $bar', ["foo", "' $100 '", "bar"]),
('$$foo', '$foo'),
('', '')]
for test, expect in tests:
actual = interpolate(test)
assert actual == expect
def test_interpolate_expr():
from kid.codewriter import interpolate
tests = [('foo ${bar} baz', ["'foo '", "bar", "' baz'"]),
('foo $bar baz', ["'foo '", "bar", "' baz'"]),
('foo $${bar} baz', 'foo ${bar} baz'),
('foo $$bar baz', 'foo $bar baz'),
('${foo} bar baz', ["foo", "' bar baz'"]),
('$foo bar baz', ["foo", "' bar baz'"]),
('foo bar ${baz}', ["'foo bar '", "baz"]),
('foo bar $baz', ["'foo bar '", "baz"]),
('foo $${bar}${baz}', ["'foo ${bar}'", "baz"]),
('foo $$bar$baz', ["'foo $bar'", "baz"]),
('${foo} bar ${baz}', ["foo", "' bar '", "baz"]),
('$foo bar $baz', ["foo", "' bar '", "baz"]),
('${foo}$${bar}${baz}', ["foo", "'${bar}'", "baz"]),
('$foo$$bar$baz', ["foo", "'$bar'", "baz"]),
('foo $object.attr bar', ["'foo '", "object.attr", "' bar'"]),
('$ foo ${bar baz}', ["'$ foo '", 'bar baz']),
('foo$ ${bar.baz}', ["'foo$ '", 'bar.baz']),
('$foo $100 $bar', ["foo", "' $100 '", "bar"]),
('$foo $$100 $bar', ["foo", "' $100 '", "bar"]),
('$$foo', '$foo'), ('', '')]
for test, expect in tests:
actual = interpolate(test)
assert actual == expect
def process_text(is_attribute, k, tag):
key = None
s = _py_i18n_re.search(k)
if s:
key = (s.group(1) or s.group(2) or '').strip()
elif not is_attribute:
# we don't have a kid expression in there, so it is
# "just" a text entry - which we want to be translated!
import kid.codewriter as cw
parts = cw.interpolate(k)
if isinstance(parts, list) and len(parts) > 1:
print "Warning: Mixed content in tag <%s>: %s" % (tag, k)
elif isinstance(parts, basestring):
key = k.strip()
if key and (key not in keys) and (tag not in tags_to_ignore):
messages.append((tag, fname, key))
keys.append(key)
def process_text(is_attribute, k, tag):
key = None
s = _py_i18n_re.search(k)
if s:
key = (s.group(1) or s.group(2) or '').strip()
elif not is_attribute:
# we don't have a kid expression in there, so it is
# "just" a text entry - which we want to be translated!
import kid.codewriter as cw
parts = cw.interpolate(k)
if isinstance(parts, list) and len(parts) > 1:
print "Warning: Mixed content in tag <%s>: %s" % (tag, k)
elif isinstance(parts, basestring):
key = k.strip()
if key and key not in keys and tag not in tags_to_ignore:
messages.append((tag, fname, key))
keys.append(key)
def test_interpolate_object():
from kid.codewriter import interpolate
expr = interpolate("foo ${bar} baz")
assert repr(expr) == "['foo ', bar, ' baz']"
# test for ticket #79
assert repr(interpolate('$foo')) == '[foo]'
def test_interpolate_object():
from kid.codewriter import interpolate
expr = interpolate("foo ${bar} baz")
assert repr(expr) == "['foo ', bar, ' baz']"
# test for ticket #79
assert repr(interpolate('$foo')) == '[foo]'
