def processor_order(string):
proc_tuple = string_to_stringtuple(string)
proc_names = get_entry_points('ulif.openoffice.processors').keys()
for name in proc_tuple:
if name not in proc_names:
raise ValueError('Only values in %r are allowed.' % proc_names)
return proc_tuple
def processor_order(string):
proc_tuple = string_to_stringtuple(string)
proc_names = get_entry_points('ulif.openoffice.processors').keys()
for name in proc_tuple:
if name not in proc_names:
raise ValueError('Only values in %r are allowed.' % proc_names)
return proc_tuple
def avail_procs(self):
"""A dict of registered processors.
Keys are the processor names (normally equal to their
respective prefix). Values are the classes implementing the
respective processor.
"""
return get_entry_points('ulif.openoffice.processors')
def test_get_entry_points(self):
result = get_entry_points('ulif.openoffice.processors')
assert result['oocp'] is OOConvProcessor
def avail_procs(self):
return get_entry_points('ulif.openoffice.processors')
def avail_procs(self):
return get_entry_points('ulif.openoffice.processors')
def test_registered(self):
# make sure the processor is registered on startup
assert 'psj_html' in get_entry_points('ulif.openoffice.processors')
def test_get_entry_points(self):
# get_entry_points really delivers our processors (maybe more)
result = get_entry_points('ulif.openoffice.processors')
assert result['oocp'] is OOConvProcessor
