def getConfigs(self, path):
base_path = utils.concatPaths(path, self.config_name)
base_path = os.path.expanduser(base_path)
files = []
for r, _, f in os.walk(base_path):
for file in f:
files.append(os.path.join(r, file))
return files
def test_trailing_slash(self):
self.assertEqual(utils.concatPaths("/test/pth/", "rest/of/path"),
"/test/pth/rest/of/path")
def test_no_trailing_or_leading_slashes(self):
self.assertEqual(utils.concatPaths("/test/pth", "rest/of/path"),
"/test/pth/rest/of/path")
def command(args, cfg):
manager_order = cfg['managers']['order'].splitlines()
manager_order = [s for s in manager_order if s]
pkg_path = utils.concatPaths(cfg['paths']['base_path'],
cfg['paths']['pkg_path'])
for integration in manager_order:
manager = managers[integration](args.verbose)
# Get a list of packages
pkgs = manager.getPackages(pkg_path)
# Update the manager
print("[" + manager.config_name + "] update")
if not (args.dry_run):
if not manager.update():
print(manager.config_name + " failed to update")
sys.exit(1)
if args.verbose >= 1 or args.dry_run:
print(manager.config_name + " updated")
# Install new packages
print("[" + manager.config_name + "] install new packages")
# Compare with the list of full packages because some of the requested
# packages might be dependencies on others, so .leaves() would be wrong
new_pkgs = pkgs.difference(manager.list())
if args.verbose >= 1 or args.dry_run:
print("The following " + manager.config_name +
" packages will be installed")
print(list(new_pkgs))
if not (args.dry_run):
if not manager.install(list(new_pkgs)):
print("Failed to install packages for " + manager.config_name)
sys.exit(1)
# Uninstall old packages
print("[" + manager.config_name + "] uninstall old packages")
# Compare with the packages that aren't dependencies (leaves) so that we
# don't uninstall a required package
old_pkgs = manager.leaves().difference(pkgs)
if args.verbose >= 1 or args.dry_run:
print("The following " + manager.config_name +
" packages will be uninstalled")
print(list(old_pkgs))
if not (args.dry_run):
if not manager.uninstall(list(old_pkgs)):
print("Failed to uninstall packages for " +
manager.config_name)
sys.exit(1)
# Update installed packages
print("[" + manager.config_name + "] update packages")
if not args.update_all:
# Don't update packages we can't know have latest versions
non_updatable_pkgs = manager.list_non_updatable()
updatable_pkgs = pkgs.difference(non_updatable_pkgs)
else:
updatable_pkgs = pkgs
if args.verbose >= 1 or args.dry_run:
print("The following " + manager.config_name +
" packages will be upgraded")
print(list(updatable_pkgs))
if not (args.dry_run):
if not manager.upgrade(list(updatable_pkgs)):
print("Failed to upgrade packages for " + manager.config_name)
sys.exit(1)
import os
from configparser import ConfigParser
import utils
base_path = "~/.config/mpm"
config_file_path = utils.concatPaths(base_path, "config.ini")
default_config = {"paths": {"base_path": base_path,
"pkg_path": "pkgs"},
"managers": {"order": ""}}
def loadConfig(config_path):
cfg = ConfigParser()
# Load defaults
cfg.read_dict(default_config)
cfg.read(os.path.expanduser(config_path))
return cfg
def command(args, cfg):
manager_order = cfg['managers']['order'].splitlines()
manager_order = [s for s in manager_order if s]
pkg_path = utils.concatPaths(cfg['paths']['base_path'],
cfg['paths']['pkg_path'])
rows = []
for integration in manager_order:
print("[" + integration + "]")
manager = managers[integration](False)
# Get listed packages
pkgs_by_config = manager.getPackagesByConfig(pkg_path)
all_pkgs = set(reduce(lambda a, b: a + b, pkgs_by_config.values()))
# Get the packages to be *installed*
# Compare with the list of full packages because some of the requested
# packages might be dependencies on others, so .leaves() would be wrong
new_pkgs = all_pkgs.difference(manager.list())
# Get the packages to be *uninstalled*
# Compare with the packages that aren't dependencies (leaves) so that we
# don't uninstall a required package
old_pkgs = manager.leaves().difference(all_pkgs)
# Print new packages
print(" [new]")
no_pkgs = True
for cfg_path in sorted(pkgs_by_config.keys()):
pkgs = set(pkgs_by_config[cfg_path])
new_pkgs = pkgs.intersection(new_pkgs)
if len(new_pkgs) != 0:
print(" [" + cfg_path + "]")
for pkg in new_pkgs:
print(" " + pkg)
no_pkgs = False
if no_pkgs:
print(" (none)")
print()
# Print existing packages
print(" [existing]")
no_pkgs = True
for cfg_path in sorted(pkgs_by_config.keys()):
pkgs = set(pkgs_by_config[cfg_path])
existing_pkgs = pkgs.difference(new_pkgs.union(old_pkgs))
if len(existing_pkgs) != 0:
print(" [" + cfg_path + "]")
for pkg in existing_pkgs:
print(" " + pkg)
no_pkgs = False
if no_pkgs:
print(" (none)")
print()
# Print new packages
print(" [old]")
no_pkgs = True
for cfg_path in sorted(pkgs_by_config.keys()):
pkgs = set(pkgs_by_config[cfg_path])
old_pkgs = pkgs.intersection(old_pkgs)
if len(old_pkgs) != 0:
print(" [" + cfg_path + "]")
for pkg in old_pkgs:
print(" " + pkg)
no_pkgs = False
if no_pkgs:
print(" (none)")
print()