def test_plim(self):
cases = [
'pipe',
'plim_line',
'if',
'unless',
'python',
'for',
'while',
'until',
'with',
'try',
'def_block',
'style_script',
'comment',
'one_liners',
'mako_text',
'early_return',
'call',
'multiline_variable',
'literal_one_liners',
'no_filtering',
'linebreak',
'explicit_space',
'unicode_attributes',
'inline_conditions',
'handlebars',
]
for test_case in cases:
source = self.get_file_contents(test_case + '_test.plim')
result = self.get_file_contents(test_case + '_result.mako')
data = plim.preprocessor(source)
self.check_relevant_chars(data.strip(), result.strip())
def test_plim(self):
cases = [
'pipe',
'plim_line',
'if',
'unless',
'python',
'for',
'while',
'until',
'with',
'try',
'def_block',
'style_script',
'comment',
'one_liners',
'mako_text',
'early_return',
'call',
'multiline_variable',
'literal_one_liners',
'no_filtering',
'linebreak',
'explicit_space',
'unicode_attributes',
'inline_conditions',
'handlebars',
]
for test_case in cases:
source = self.get_file_contents(test_case + '_test.plim')
result = self.get_file_contents(test_case + '_result.mako')
data = plim.preprocessor(source)
self.check_relevant_chars(data.strip(), result.strip())
def test_embedded_markup(self):
test_case = 'embedded'
source = self.get_file_contents(test_case + '_test.plim')
result = self.get_file_contents(test_case + '_result.mako')
data = plim.preprocessor(source)
# normalize result
result = result.strip().replace('\n---\n', '')
self.assertEqual(data.strip(), result)
def test_embedded_markup(self):
test_case = 'embedded'
source = self.get_file_contents(test_case + '_test.plim')
result = self.get_file_contents(test_case + '_result.mako')
data = plim.preprocessor(source)
# normalize result
result = result.strip().replace('\n---\n', '')
self.assertEqual(data.strip(), result)
def test_dynamic_attributes(self):
test_case = 'dynamic_attributes'
source = self.get_file_contents(test_case + '_test.plim')
result = self.get_file_contents(test_case + '_result.mako')
data = plim.preprocessor(source)
# normalize data
data = data.replace("<a \n", "<a\n")
# normalize for Test4
data = data.replace("\n \n", "\n\n")
self.assertEqual(data.strip(), result.strip())
def test_dynamic_attributes(self):
test_case = 'dynamic_attributes'
source = self.get_file_contents(test_case + '_test.plim')
result = self.get_file_contents(test_case + '_result.mako')
data = plim.preprocessor(source)
# normalize data
data = data.replace("<a \n", "<a\n")
# normalize for Test4
data = data.replace("\n \n", "\n\n")
self.assertEqual(data.strip(), result.strip())
def html(self, expect_presence=False):
try:
with open(f'arscca/templates/gossip/{self.driver_slug}.plim',
'r') as gfile:
text = gfile.read()
return preprocessor(text)
except FileNotFoundError as error:
if expect_presence:
raise error
return None
def test_inline_loops(self):
test_case = 'inline_loop'
source = self.get_file_contents(test_case + '_test.plim')
result = self.get_file_contents(test_case + '_result.mako')
data = plim.preprocessor(source)
self.assertEqual(data.strip(), result.strip())
def test_inline_loops(self):
test_case = 'inline_loop'
source = self.get_file_contents(test_case + '_test.plim')
result = self.get_file_contents(test_case + '_result.mako')
data = plim.preprocessor(source)
self.assertEqual(data.strip(), result.strip())
# AwesomeShop is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
# FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more
# details.
#
# You should have received a copy of the GNU Affero General Public License
# along with AwesomeShop. If not, see <http://www.gnu.org/licenses/>.
"""Automatic generation of HTML files from PLIM sources"""
import os
import re
from inotify.adapters import InotifyTree
from plim import preprocessor
FROM='front'
TO='webroot'
i = InotifyTree(FROM)
for event in i.event_gen():
if event is not None and 'IN_CLOSE_WRITE' in event[1]:
if event[3].endswith('.plim'):
filename = os.path.join(event[2], event[3])
target = re.sub(FROM+'/(.*).plim', TO+r'/\1.html', filename)
dirname = os.path.dirname(target)
result = preprocessor(file(filename, 'r').read())
if not os.path.exists(dirname):
os.makedirs(dirname)
file(target, 'w').write(result)
print "Regenerated", target
