def update_modules(args):
if len(args.modules) > 0:
requested_modules = au.search_local(*args.modules)
else:
requested_modules = []
update_strategy = args.strategy
status_table = [['Name', 'New Version', 'Size']]
updates, _, reqs_failed = au.get_updatable(requested_modules,
strategy=update_strategy)
if reqs_failed:
print('Newer versions of ({}) are available, but would break dependencies. You may use --strategy=force to force installation.'\
.format(', '.join(reqs_failed.keys())))
if not updates:
print('No module updates are needed')
exit()
for mname, update_info in updates.items():
version = update_info.version
size = update_info.size
status_table.append([mname, version, humanize_bytes(size)])
print_tabular_lines(status_table)
user_cont = input('Update the above modules? (y/n) > ')
if user_cont.lower() not in ['y', 'yes']:
exit()
for mname, update_info in updates.items():
args.modules = [mname]
args.force_data = False
args.version = update_info.version
args.yes = True
args.include_private = False
args.skip_dependencies = False
install_modules(args)
async def get_module_updates (request):
queries = request.rel_url.query
smodules = queries.get('modules','')
if smodules:
modules = smodules.split(',')
else:
modules = []
updates, _, conflicts = au.get_updatable(modules=modules)
sconflicts = {}
for mname, reqd in conflicts.items():
sconflicts[mname] = {}
for req_name, req in reqd.items():
sconflicts[mname][req_name] = str(req)
updatesd = {mname:{'version':info.version,'size':info.size} for mname, info in updates.items()}
out = {'updates':updatesd,'conflicts':sconflicts}
return web.json_response(out)