def py_method(type, routine):
"""Write subroutine as method of Python class"""
name = method_name(type, routine)
c_name = subroutine_c_names(routine)[0]
self_parameter = routine.parameters[routine.self_idx]
all_parameters = (routine.parameters[0:routine.self_idx] +
routine.parameters[routine.self_idx + 1:])
(pre_code, py_args, swig_args) = process_parameters(all_parameters)
# Add in self parameter to pass to swig
swig_args.insert(routine.self_idx, self_parameter.name)
py_args = (['self'] + py_args)
docstring = [remove_doxygen_commands(
'\n '.join(routine.comment_lines))]
docstring.append('\n\n')
docstring.append(' ' * 8)
docstring.append("\n ".join(
parameters_docstring(all_parameters).splitlines()))
docstring = ''.join(docstring).strip()
method = [" def %s(%s):" % (name, ', '.join(py_args))]
method.append(' """%s\n """\n' % docstring)
method.append(" %s = self" % self_parameter.name)
for line in pre_code:
method.append(" %s" % line)
method.append(" return _wrap_routine(_opencmiss_swig.%s, [%s])" %
(c_name, ', '.join(swig_args)))
return '\n'.join(method)
def py_method(swig_module_name, type, routine):
"""Write subroutine as method of Python class"""
name = method_name(type, routine)
c_name = subroutine_c_names(routine)[0]
self_parameter = routine.parameters[routine.self_idx]
all_parameters = (routine.parameters[0:routine.self_idx] +
routine.parameters[routine.self_idx + 1:])
(pre_code, py_args, swig_args) = process_parameters(all_parameters)
# Add in self parameter to pass to swig
swig_args.insert(routine.self_idx, self_parameter.name)
py_args = (['self'] + py_args)
docstring = [
remove_doxygen_commands('\n '.join(routine.comment_lines))
]
docstring.append('\n\n')
docstring.append(' ' * 8)
docstring.append("\n ".join(
parameters_docstring(all_parameters).splitlines()))
docstring = ''.join(docstring).strip()
method = [" def %s(%s):" % (name, ', '.join(py_args))]
method.append(' """%s\n """\n' % docstring)
method.append(" %s = self" % self_parameter.name)
for line in pre_code:
method.append(" %s" % line)
method.append(" return _wrap_routine(_%s.%s, [%s])" %
(swig_module_name, c_name, ', '.join(swig_args)))
return '\n'.join(method)
def method_name(type, routine):
"Return the name of a method of an object"""
c_name = subroutine_c_names(routine)[0]
name = c_name[len(type.name) - len('Type'):]
if name == 'TypeFinalise':
name = 'Finalise'
return name
def py_method(type, routine):
"""Write subroutine as method of Python class"""
if type.name == 'CMISSFieldMLIOType':
type_name = 'CMISSFieldMLType'
else:
type_name = type.name
name = method_name(type, routine)
c_name = subroutine_c_names(routine)[0]
create_start_name = type_name[:-len('Type')] + 'Create'
if c_name.startswith('CMISSFieldMLOutputCreate'):
# Have to account for this specifically as it doesn't
# match other create start routines
is_create_start = True
self_parameter = routine.parameters[-1]
all_parameters = routine.parameters[0:-1]
elif (c_name.startswith(create_start_name) and
routine.parameters[-1].var_type == Parameter.CUSTOM_TYPE and
routine.parameters[-1].type_name == type.name):
is_create_start = True
# Last parameter is self parameter
self_parameter = routine.parameters[-1]
all_parameters = routine.parameters[0:-1]
else:
is_create_start = False
self_parameter = routine.parameters[0]
all_parameters = routine.parameters[1:]
(pre_code, py_args, swig_args) = process_parameters(all_parameters)
if is_create_start:
swig_args = swig_args + [self_parameter.name]
else:
swig_args = [self_parameter.name] + swig_args
py_args = (['self'] + py_args)
docstring = [remove_doxygen_commands(
'\n '.join(routine.comment_lines))]
docstring.append('\n\n')
docstring.append(' ' * 8)
docstring.append("\n ".join(
parameters_docstring(all_parameters).splitlines()))
docstring = ''.join(docstring).strip()
method = [" def %s(%s):" % (name, ', '.join(py_args))]
method.append(' """%s\n """\n' % docstring)
method.append(" %s = self" % self_parameter.name)
for line in pre_code:
method.append(" %s" % line)
method.append(" return _wrap_routine(_opencmiss_swig.%s, [%s])" %
(c_name, ', '.join(swig_args)))
return '\n'.join(method)
def method_name(type, routine):
"Return the name of a method of an object" ""
c_name = subroutine_c_names(routine)[0]
if c_name.count('_') > 1:
name = c_name.split('_')[-1]
elif (c_name.startswith('cmfe_FieldML')
and not c_name.startswith('cmfe_FieldMLIO')):
# Special case for FieldML routines that start
# with FieldML but take a CMFEFieldMLIOType, although
# some start with CMFEFieldMLIO...
name = c_name[len('cmfe_FieldML'):]
else:
# Old code style, no underscore after type name
name = c_name[len(type.name) - len('Type'):]
if name == 'TypeFinalise':
name = 'Finalise'
return name
def method_name(type, routine):
"Return the name of a method of an object"""
c_name = subroutine_c_names(routine)[0]
if '_' in c_name:
name = c_name.split('_')[-1]
elif (c_name.startswith('CMISSFieldML') and
not c_name.startswith('CMISSFieldMLIO')):
# Special case for FieldML routines that start
# with FieldML but take a CMISSFieldMLIOType, although
# some start with CMISSFieldMLIO...
name = c_name[len('CMISSFieldML'):]
else:
# Old code style
name = c_name[len(type.name) - len('Type'):]
if name == 'TypeFinalise':
name = 'Finalise'
return name
def routine_to_py(routine):
c_name = subroutine_c_names(routine)[0]
name = c_name[len(PREFIX):]
docstring = [remove_doxygen_commands('\n '.join(routine.comment_lines))]
docstring.append('')
docstring.append(' ' * 4 + '\n '.join(
parameters_docstring(routine.parameters).splitlines()))
docstring = '\n'.join(docstring).strip()
(pre_code, py_args, swig_args) = process_parameters(routine.parameters)
py_routine = ["def %s(%s):" % (name, ', '.join(py_args))]
py_routine.append(' """%s\n """\n' % docstring)
for line in pre_code:
py_routine.append(" %s" % line)
py_routine.append(' return _wrap_routine(_opencmiss_swig.%s, [%s])' %
(c_name, ', '.join(swig_args)))
return '\n'.join(py_routine)
def routine_to_py(routine):
c_name = subroutine_c_names(routine)[0]
name = c_name[len(PREFIX):]
docstring = [remove_doxygen_commands('\n '.join(routine.comment_lines))]
docstring.append('')
docstring.append(' ' * 4 + '\n '.join(
parameters_docstring(routine.parameters).splitlines()))
docstring = '\n'.join(docstring).strip()
(pre_code, py_args, swig_args) = process_parameters(routine.parameters)
py_routine = ["def %s(%s):" % (name, ', '.join(py_args))]
py_routine.append(' """%s\n """\n' % docstring)
for line in pre_code:
py_routine.append(" %s" % line)
py_routine.append(' return _wrap_routine(_iron_swig.%s, [%s])' %
(c_name, ', '.join(swig_args)))
return '\n'.join(py_routine)
def py_method(type, routine):
"""Write subroutine as method of Python class"""
name = method_name(type, routine)
c_name = subroutine_c_names(routine)[0]
create_start_name = type.name[:-len('Type')] + 'CreateStart'
if c_name.startswith(create_start_name):
# Last parameter is self parameter
self_parameter = routine.parameters[-1]
all_parameters = routine.parameters[0:-1]
else:
self_parameter = routine.parameters[0]
all_parameters = routine.parameters[1:]
(pre_code, py_args, swig_args) = process_parameters(all_parameters)
if c_name.startswith(create_start_name):
swig_args = swig_args + [self_parameter.name]
else:
swig_args = [self_parameter.name] + swig_args
py_args = (['self'] + py_args)
docstring = [remove_doxygen_commands(
'\n '.join(routine.comment_lines))]
docstring.append('\n\n')
docstring.append(' ' * 8)
docstring.append("\n ".join(
parameters_docstring(all_parameters).splitlines()))
docstring = ''.join(docstring).strip()
method = [" def %s(%s):" % (name, ', '.join(py_args))]
method.append(' """%s\n """\n' % docstring)
method.append(" %s = self" % self_parameter.name)
for line in pre_code:
method.append(" %s" % line)
method.append(" return _wrap_routine(_opencmiss_swig.%s, [%s])" %
(c_name, ', '.join(swig_args)))
return '\n'.join(method)
