def gen_list_easyblocks(list_easyblocks, format_strings):
"""Get a class tree for easyblocks."""
detailed = list_easyblocks == DETAILED
locations = avail_easyblocks()
def add_class(classes, cls):
"""Add a new class, and all of its subclasses."""
children = cls.__subclasses__()
classes.update({
cls.__name__: {
'module':
cls.__module__,
'children':
sorted([c.__name__ for c in children], key=lambda x: x.lower())
}
})
for child in children:
add_class(classes, child)
roots = [EasyBlock, Extension]
classes = {}
for root in roots:
add_class(classes, root)
# Print the tree, start with the roots
txt = []
for root in roots:
root = root.__name__
if detailed:
mod = classes[root]['module']
loc = ''
if mod in locations:
loc = ' @ %s' % locations[mod]['loc']
txt.append(format_strings['det_root_templ'] % (root, mod, loc))
else:
txt.append(format_strings['root_templ'] % root)
if format_strings.get('newline') is not None:
txt.append(format_strings['newline'])
if 'children' in classes[root]:
txt.extend(
avail_classes_tree(classes, classes[root]['children'],
locations, detailed, format_strings))
if format_strings.get('newline') is not None:
txt.append(format_strings['newline'])
return '\n'.join(txt)
def gen_list_easyblocks(list_easyblocks, format_strings):
"""Get a class tree for easyblocks."""
detailed = list_easyblocks == DETAILED
locations = avail_easyblocks()
def add_class(classes, cls):
"""Add a new class, and all of its subclasses."""
children = cls.__subclasses__()
classes.update({cls.__name__: {
'module': cls.__module__,
'children': sorted([c.__name__ for c in children], key=lambda x: x.lower())
}})
for child in children:
add_class(classes, child)
roots = [EasyBlock, Extension]
classes = {}
for root in roots:
add_class(classes, root)
# Print the tree, start with the roots
txt = []
for root in roots:
root = root.__name__
if detailed:
mod = classes[root]['module']
loc = ''
if mod in locations:
loc = ' @ %s' % locations[mod]['loc']
txt.append(format_strings['det_root_templ'] % (root, mod, loc))
else:
txt.append(format_strings['root_templ'] % root)
if format_strings.get('newline') is not None:
txt.append(format_strings['newline'])
if 'children' in classes[root]:
txt.extend(avail_classes_tree(classes, classes[root]['children'], locations, detailed, format_strings))
if format_strings.get('newline') is not None:
txt.append(format_strings['newline'])
return '\n'.join(txt)