def test_copy(self):
# create a non-trivial context with some dummy
# frames, match templates and py:choice stacks.
orig_ctxt = Context(a=5, b=6)
orig_ctxt.push({'c': 7})
orig_ctxt._match_templates.append(object())
orig_ctxt._choice_stack.append(object())
ctxt = orig_ctxt.copy()
self.assertNotEqual(id(orig_ctxt), id(ctxt))
self.assertEqual(repr(orig_ctxt), repr(ctxt))
self.assertEqual(orig_ctxt._match_templates, ctxt._match_templates)
self.assertEqual(orig_ctxt._choice_stack, ctxt._choice_stack)
def test_copy(self):
# create a non-trivial context with some dummy
# frames, match templates and py:choice stacks.
orig_ctxt = Context(a=5, b=6)
orig_ctxt.push({'c': 7})
orig_ctxt._match_templates.append(object())
orig_ctxt._choice_stack.append(object())
ctxt = orig_ctxt.copy()
self.assertNotEqual(id(orig_ctxt), id(ctxt))
self.assertEqual(repr(orig_ctxt), repr(ctxt))
self.assertEqual(orig_ctxt._match_templates, ctxt._match_templates)
self.assertEqual(orig_ctxt._choice_stack, ctxt._choice_stack)
def render(self, context=None, request=None):
genshi_context = GenshiContext()
genshi_context['static'] = staticfiles_storage.url
genshi_context['url'] = reverse
if request is not None:
genshi_context['request'] = request
genshi_context['csrf_input'] = csrf_input_lazy(request)
genshi_context['csrf_token'] = csrf_token_lazy(request)
if context is not None:
genshi_context.push(context)
stream = self.template.generate(genshi_context)
template_render.send(self, genshi_context=genshi_context)
# this might raise a genshi.template.eval.UndefinedError (derived from
# genshi.template.base.TemplateRuntimeError)
return stream.render(self.serialization, doctype=self.doctype)
def create_query(self, search):
#generate a string with the single parameter - search, using template defined as processAppendQueryTemplate
q = processAppendQueryTemplate.generate(
Context(search=search)).render()
#print the query
#print q
return q
def test_import_in_def(self):
suite = Suite("""def fun():
from itertools import repeat
return repeat(1, 3)
""")
data = Context()
suite.execute(data)
assert 'repeat' not in data
self.assertEqual([1, 1, 1], list(data['fun']()))
def test_import_in_def(self):
suite = Suite("""def fun():
from itertools import ifilter
return ifilter(None, range(3))
""")
data = Context()
suite.execute(data)
assert 'ifilter' not in data
self.assertEqual([1, 2], list(data['fun']()))
def _render_aeroo(self, template, data, output_format):
"""Generate the aeroo report binary from the template.
:param template: the Libreoffice template to use
:param data: the data used for rendering the report
:param output_format: the output format
:return: the report's binary data
"""
# The first given record is
template_io = BytesIO()
template_io.write(template)
serializer = OOSerializer(template_io)
report_context = GenshiContext(**data)
report_context.update(self._get_aeroo_extra_functions())
report_context['t'] = AerooNamespace()
output = Template(source=template_io, serializer=serializer)\
.generate(report_context).render().getvalue()
if self.aeroo_in_format != output_format:
output = self._convert_aeroo_report(output, output_format)
return output
def test_import_star(self):
suite = Suite("from itertools import *")
data = Context()
suite.execute(data)
assert 'ifilter' in data
def create_query(self, search):
q = downstreamQueryTemplate.generate(Context(search=search)).render()
return q
def create_query(self, search):
q = processAppendQueryTemplate.generate(
Context(search=search)).render()
return q
