def get_source(self, environment, template):
if "redraw:" in template:
template, redraw_compo = template.split(" redraw:") # ugly dirty hack:
# if we need to redraw a component, we simply
# pick the component-definition from the template-source
# and parse it was a normal template
# this works! better than other ugly hacks!
else:
redraw_compo = None
source, filename, uptodate = SmartAssetSpecLoader.get_source(self, environment, template)
if redraw_compo:
source = self.crop_compo_definiton(source, redraw_compo)
if not source:
raise TemplateNotFound, "Redraw-template for component '" + redraw_compo + "' in template '" + template + "'"
# text_dict = epfli18n.get_text_dict()
# keys = sorted([(len(key), key) for key in text_dict.keys()], reverse=True) # sorts all keys of the translation-dict by length in reverse order
#
# for sort, txt in keys:
# trans_txt = text_dict[txt]
# source = source.replace("$" + txt, trans_txt) # because its ordered by length, no partial/wrong replacement can occur!
return (source, filename, uptodate)
def get_source(self, environment, template):
if "redraw:" in template:
template, redraw_compo = template.split(
" redraw:") # ugly dirty hack:
# if we need to redraw a component, we simply
# pick the component-definition from the template-source
# and parse it was a normal template
# this works! better than other ugly hacks!
else:
redraw_compo = None
source, filename, uptodate = SmartAssetSpecLoader.get_source(
self, environment, template)
if redraw_compo:
source = self.crop_compo_definiton(source, redraw_compo)
if not source:
raise TemplateNotFound, "Redraw-template for component '" + redraw_compo + "' in template '" + template + "'"
# text_dict = epfli18n.get_text_dict()
# keys = sorted([(len(key), key) for key in text_dict.keys()], reverse=True) # sorts all keys of the translation-dict by length in reverse order
#
# for sort, txt in keys:
# trans_txt = text_dict[txt]
# source = source.replace("$" + txt, trans_txt) # because its ordered by length, no partial/wrong replacement can occur!
return (source, filename, uptodate)
def test_get_source(self):
from pyramid_jinja2 import SmartAssetSpecLoader
from jinja2.exceptions import TemplateNotFound
loader = SmartAssetSpecLoader()
self.assertRaises(TemplateNotFound,
loader.get_source, None, 'asset:foobar.jinja2')
asset = 'asset:pyramid_jinja2.tests:templates/helloworld.jinja2'
self.assertNotEqual(loader.get_source(None, asset), None)
# make sure new non-prefixed asset spec based loading works
asset = 'pyramid_jinja2.tests:templates/helloworld.jinja2'
self.assertNotEqual(loader.get_source(None, asset), None)
# make sure new non-prefixed asset spec based loading works
# without the leading package name
asset = 'templates/helloworld.jinja2'
env = Mock(_default_package='pyramid_jinja2.tests')
self.assertNotEqual(loader.get_source(env, asset), None)
def test_get_source(self):
from pyramid_jinja2 import SmartAssetSpecLoader
from jinja2.exceptions import TemplateNotFound
loader = SmartAssetSpecLoader()
self.assertRaises(TemplateNotFound, loader.get_source, None,
'asset:foobar.jinja2')
asset = 'asset:pyramid_jinja2.tests:templates/helloworld.jinja2'
self.assertNotEqual(loader.get_source(None, asset), None)
# make sure new non-prefixed asset spec based loading works
asset = 'pyramid_jinja2.tests:templates/helloworld.jinja2'
self.assertNotEqual(loader.get_source(None, asset), None)
# make sure new non-prefixed asset spec based loading works
# without the leading package name
asset = 'templates/helloworld.jinja2'
env = Mock(_default_package='pyramid_jinja2.tests')
self.assertNotEqual(loader.get_source(env, asset), None)
def test_list_templates(self):
from pyramid_jinja2 import SmartAssetSpecLoader
loader = SmartAssetSpecLoader()
self.assertRaises(TypeError, loader.list_templates)
def _makeOne(self, **kw):
from pyramid_jinja2 import SmartAssetSpecLoader
return SmartAssetSpecLoader(**kw)