pamac-classic/pamac/main.py

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#! /usr/bin/python3
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# -*- coding:utf-8 -*-
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from gi.repository import Gtk, Gdk
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from gi.repository.GdkPixbuf import Pixbuf
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import pyalpm
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import dbus
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from collections import OrderedDict
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from time import strftime, localtime
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from pamac import config, common
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# i18n
import gettext
import locale
locale.bindtextdomain('pamac', '/usr/share/locale')
gettext.bindtextdomain('pamac', '/usr/share/locale')
gettext.textdomain('pamac')
_ = gettext.gettext
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interface = Gtk.Builder()
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interface.set_translation_domain('pamac')
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interface.add_from_file('/usr/share/pamac/gui/dialogs.glade')
ErrorDialog = interface.get_object('ErrorDialog')
WarningDialog = interface.get_object('WarningDialog')
InfoDialog = interface.get_object('InfoDialog')
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#QuestionDialog = interface.get_object('QuestionDialog')
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interface.add_from_file('/usr/share/pamac/gui/updater.glade')
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interface.add_from_file('/usr/share/pamac/gui/manager.glade')
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ConfDialog = interface.get_object('ConfDialog')
transaction_sum = interface.get_object('transaction_sum')
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sum_top_label = interface.get_object('sum_top_label')
sum_bottom_label = interface.get_object('sum_bottom_label')
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ChooseDialog = interface.get_object('ChooseDialog')
choose_list = interface.get_object('choose_list')
choose_label = interface.get_object('choose_label')
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ProgressWindow = interface.get_object('ProgressWindow')
progress_bar = interface.get_object('progressbar2')
progress_label = interface.get_object('progresslabel2')
action_icon = interface.get_object('action_icon')
ProgressCancelButton = interface.get_object('ProgressCancelButton')
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mode = None
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def action_signal_handler(action):
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if action:
progress_label.set_text(action)
if (_('Installing') in action) or (_('Reinstalling') in action) or (_('Downgrading') in action) or (_('Removing') in action) or (_('Upgrading') in action) or (_('Configuring') in action):
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ProgressCancelButton.set_visible(False)
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else:
ProgressCancelButton.set_visible(True)
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def icon_signal_handler(icon):
action_icon.set_from_file(icon)
def target_signal_handler(target):
progress_bar.set_text(target)
def percent_signal_handler(percent):
if percent > 1:
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progress_bar.pulse()
else:
progress_bar.set_fraction(percent)
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def get_groups():
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global groups_list_clearing
groups_list_clearing = True
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groups_list.clear()
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groups_list_clearing = False
tmp_list = set()
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for repo in transaction.handle.get_syncdbs():
for name, pkgs in repo.grpcache:
tmp_list.add(name)
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tmp_list = sorted(tmp_list)
for name in tmp_list:
groups_list.append([name])
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def get_repos():
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global repos_list_clearing
repos_list_clearing = True
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repos_list.clear()
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repos_list_clearing = False
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for repo in transaction.handle.get_syncdbs():
repos_list.append([repo.name])
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repos_list.append([_('local')])
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def set_list_dict_search(*patterns):
global pkg_name_list
pkg_name_list.clear()
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for db in transaction.handle.get_syncdbs():
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for pkg in db.search(*patterns):
pkg_name_list.add(pkg.name)
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for pkg in transaction.handle.get_localdb().search(*patterns):
pkg_name_list.add(pkg.name)
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if pkg_name_list:
joined = ''
for term in patterns:
joined += term
already_in_list = False
if len(search_list) != 0:
for line in search_list:
if joined == line[0]:
already_in_list = True
if not already_in_list:
search_list.append([joined])
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def set_list_dict_group(group):
global pkg_name_list
pkg_name_list.clear()
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for db in transaction.handle.get_syncdbs():
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grp = db.read_grp(group)
if grp is not None:
name, pkg_list = grp
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for pkg in pkg_list:
pkg_name_list.add(pkg.name)
grp = transaction.handle.get_localdb().read_grp(group)
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if grp is not None:
name, pkg_list = grp
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for pkg in pkg_list:
pkg_name_list.add(pkg.name)
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def set_list_dict_installed():
global pkg_name_list
pkg_name_list.clear()
pkg_name_list = set(transaction.localpkgs.keys())
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def set_list_dict_uninstalled():
global pkg_name_list
pkg_name_list.clear()
pkg_name_list = set(transaction.syncpkgs.keys()).difference(set(transaction.localpkgs.keys()))
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def set_list_dict_local():
global pkg_name_list
pkg_name_list.clear()
pkg_name_list = set(transaction.localpkgs.keys()).difference(set(transaction.syncpkgs.keys()))
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def set_list_dict_orphans():
global pkg_name_list
pkg_name_list.clear()
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for pkg in transaction.localpkgs.values():
if pkg.reason == 1:
required = set(pkg.compute_requiredby())
required &= set(transaction.localpkgs.keys())
if not required:
pkg_name_list.add(pkg.name)
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def set_list_dict_to_install():
global pkg_name_list
pkg_name_list.clear()
pkg_name_list = transaction.to_add.copy()
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def set_list_dict_to_remove():
global pkg_name_list
pkg_name_list.clear()
pkg_name_list = transaction.to_remove.copy()
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def set_list_dict_repos(repo):
global pkg_name_list
pkg_name_list.clear()
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for db in transaction.handle.get_syncdbs():
if db.name == repo:
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for pkg in db.pkgcache:
pkg_name_list.add(pkg.name)
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def refresh_packages_list():
if current_filter[0]:
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Window.get_window().set_cursor(Gdk.Cursor(Gdk.CursorType.WATCH))
while Gtk.events_pending():
Gtk.main_iteration()
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global packages_list_clearing
packages_list_clearing = True
packages_list.clear()
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packages_list_clearing = False
if not pkg_name_list:
packages_list.append([_('No package found'), False, False, False, search_icon, '', 0, ''])
else:
#installed = set(transaction.localpkgs.keys()) - transaction.to_remove
#uninstalled = (set(transaction.syncpkgs.keys()) - installed) - transaction.to_add
#to_lock = installed & set(config.holdpkg)
name_list = sorted(pkg_name_list)
for name in name_list:
if name in config.holdpkg:
packages_list.append([name, True, False, True, locked_icon, common.format_size(transaction.localpkgs[name].isize), transaction.localpkgs[name].isize, transaction.localpkgs[name].version])
elif name in transaction.to_add:
packages_list.append([name, False, True, True, to_install_icon, common.format_size(transaction.syncpkgs[name].isize), transaction.syncpkgs[name].isize, transaction.syncpkgs[name].version])
elif name in transaction.to_remove:
packages_list.append([name, True, True, False, to_remove_icon, common.format_size(transaction.localpkgs[name].isize), transaction.localpkgs[name].isize, transaction.localpkgs[name].version])
elif name in transaction.localpkgs.keys():
packages_list.append([name, True, True, True, installed_icon, common.format_size(transaction.localpkgs[name].isize), transaction.localpkgs[name].isize, transaction.localpkgs[name].version])
#elif name in uninstalled:
else:
packages_list.append([name, False, True, False, uninstalled_icon, common.format_size(transaction.syncpkgs[name].isize), transaction.syncpkgs[name].isize, transaction.syncpkgs[name].version])
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Window.get_window().set_cursor(None)
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def set_packages_list():
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if current_filter[0] == 'search':
set_list_dict_search(*current_filter[1])
elif current_filter[0] == 'group':
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set_list_dict_group(current_filter[1])
elif current_filter[0] == 'installed':
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set_list_dict_installed()
elif current_filter[0] == 'uninstalled':
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set_list_dict_uninstalled()
elif current_filter[0] == 'orphans':
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set_list_dict_orphans()
elif current_filter[0] == 'local':
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set_list_dict_local()
elif current_filter[0] == 'to_install':
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set_list_dict_to_install()
elif current_filter[0] == 'to_remove':
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set_list_dict_to_remove()
elif current_filter[0] == 'repo':
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set_list_dict_repos(current_filter[1])
if current_filter[0]:
refresh_packages_list()
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def set_infos_list(pkg):
name_label.set_markup('<big><b>{} {}</b></big>'.format(pkg.name, pkg.version))
# fix &,-,>,< in desc
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desc = pkg.desc.replace('&', '&amp;')
desc = desc.replace('<->', '/')
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desc_label.set_markup(desc)
# fix & in url
url = pkg.url.replace('&', '&amp;')
link_label.set_markup('<a href=\"{_url}\">{_url}</a>'.format(_url = url))
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licenses_label.set_markup(_('Licenses')+': {}'.format(' '.join(pkg.licenses)))
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def set_deps_list(pkg, style):
deps_list.clear()
if pkg.depends:
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deps_list.append([_('Depends On')+':', '\n'.join(pkg.depends)])
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if pkg.optdepends:
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optdeps = []
for optdep in pkg.optdepends:
if optdep.split(':')[0] in transaction.localpkgs.keys():
optdeps.append(optdep+' ['+_('Installed')+']')
else:
optdeps.append(optdep)
deps_list.append([_('Optional Deps')+':', '\n'.join(optdeps)])
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if style == 'local':
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if pkg.compute_requiredby():
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deps_list.append([_('Required By')+':', '\n'.join(pkg.compute_requiredby())])
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if pkg.provides:
deps_list.append([_('Provides')+':', '\n'.join(pkg.provides)])
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if pkg.replaces:
deps_list.append([_('Replaces')+':', '\n'.join(pkg.replaces)])
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if pkg.conflicts:
deps_list.append([_('Conflicts With')+':', '\n'.join(pkg.conflicts)])
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def set_details_list(pkg, style):
details_list.clear()
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if style == 'sync':
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details_list.append([_('Repository')+':', pkg.db.name])
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if pkg.groups:
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details_list.append([_('Groups')+':', ' '.join(pkg.groups)])
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if style == 'sync':
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details_list.append([_('Compressed Size')+':', common.format_size(pkg.size)])
details_list.append([_('Download Size')+':', common.format_size(pkg.download_size)])
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if style == 'local':
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details_list.append([_('Installed Size')+':', common.format_size(pkg.isize)])
details_list.append([_('Packager')+':', pkg.packager])
details_list.append([_('Architecture')+':', pkg.arch])
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#details_list.append([_('Build Date')+':', strftime("%a %d %b %Y %X %Z", localtime(pkg.builddate))])
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if style == 'local':
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details_list.append([_('Install Date')+':', strftime("%a %d %b %Y %X %Z", localtime(pkg.installdate))])
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if pkg.reason == pyalpm.PKG_REASON_EXPLICIT:
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reason = _('Explicitly installed')
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elif pkg.reason == pyalpm.PKG_REASON_DEPEND:
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reason = _('Installed as a dependency for another package')
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else:
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reason = _('Unknown')
details_list.append([_('Install Reason')+':', reason])
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if style == 'sync':
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#details_list.append([_('Install Script')':', 'Yes' if pkg.has_scriptlet else 'No'])
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#details_list.append(['MD5 Sum:', pkg.md5sum])
#details_list.append(['SHA256 Sum:', pkg.sha256sum])
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details_list.append([_('Signatures')+':', 'Yes' if pkg.base64_sig else 'No'])
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if style == 'local':
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if len(pkg.backup) != 0:
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#details_list.append(['_(Backup files)+':', '\n'.join(["%s %s" % (md5, file) for (file, md5) in pkg.backup])])
details_list.append([_('Backup files')+':', '\n'.join(["%s" % (file) for (file, md5) in pkg.backup])])
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def set_files_list(pkg):
files_list.clear()
if len(pkg.files) != 0:
for file in pkg.files:
files_list.append(['/'+file[0]])
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def get_transaction_sum():
transaction_dict = {'to_remove': [], 'to_install': [], 'to_update': [], 'to_reinstall': [], 'to_downgrade': []}
to_remove = sorted(transaction.To_Remove())
for name, version in to_remove:
transaction_dict['to_remove'].append(name+' '+version)
others = sorted(transaction.To_Add())
for name, version, dsize in others:
if name in transaction.localpkgs.keys():
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comp = pyalpm.vercmp(version, transaction.localpkgs[name].version)
if comp == 1:
transaction_dict['to_update'].append((name+' '+version, dsize))
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elif comp == 0:
transaction_dict['to_reinstall'].append((name+' '+version, dsize))
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elif comp == -1:
transaction_dict['to_downgrade'].append((name+' '+version, dsize))
else:
transaction_dict['to_install'].append((name+' '+version, dsize))
if transaction_dict['to_install']:
print('To install:', [name for name, size in transaction_dict['to_install']])
if transaction_dict['to_reinstall']:
print('To reinstall:', [name for name, size in transaction_dict['to_reinstall']])
if transaction_dict['to_downgrade']:
print('To downgrade:', [name for name, size in transaction_dict['to_downgrade']])
if transaction_dict['to_remove']:
print('To remove:', [name for name in transaction_dict['to_remove']])
if transaction_dict['to_update']:
print('To update:', [name for name, size in transaction_dict['to_update']])
return transaction_dict
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def set_transaction_sum():
transaction_sum.clear()
transaction_dict = get_transaction_sum()
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sum_top_label.set_markup(_('<big><b>Transaction Summary</b></big>'))
if transaction_dict['to_install']:
transaction_sum.append([_('To install')+':', transaction_dict['to_install'][0][0]])
i = 1
while i < len(transaction_dict['to_install']):
transaction_sum.append([' ', transaction_dict['to_install'][i][0]])
i += 1
if transaction_dict['to_reinstall']:
transaction_sum.append([_('To reinstall')+':', transaction_dict['to_reinstall'][0][0]])
i = 1
while i < len(transaction_dict['to_reinstall']):
transaction_sum.append([' ', transaction_dict['to_reinstall'][i][0]])
i += 1
if transaction_dict['to_downgrade']:
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transaction_sum.append([_('To downgrade')+':', transaction_dict['to_downgrade'][0][0]])
i = 1
while i < len(transaction_dict['to_downgrade']):
transaction_sum.append([' ', transaction_dict['to_downgrade'][i][0]])
i += 1
if transaction_dict['to_remove']:
transaction_sum.append([_('To remove')+':', transaction_dict['to_remove'][0]])
i = 1
while i < len(transaction_dict['to_remove']):
transaction_sum.append([' ', transaction_dict['to_remove'][i]])
i += 1
if mode != 'updater':
if transaction_dict['to_update']:
transaction_sum.append([_('To update')+':', transaction_dict['to_update'][0][0]])
i = 1
while i < len(transaction_dict['to_update']):
transaction_sum.append([' ', transaction_dict['to_update'][i][0]])
i += 1
dsize = 0
for nameversion, size in transaction_dict['to_install'] + transaction_dict['to_update'] + transaction_dict['to_reinstall'] + transaction_dict['to_downgrade']:
dsize += size
if dsize == 0:
sum_bottom_label.set_markup('')
else:
sum_bottom_label.set_markup(_('<b>Total download size: </b>')+common.format_size(dsize))
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def handle_error(error):
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ProgressWindow.hide()
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#while Gtk.events_pending():
# Gtk.main_iteration()
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if error:
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if not 'DBus.Error.NoReply' in str(error):
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print(error)
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ErrorDialog.format_secondary_text(error)
response = ErrorDialog.run()
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if response:
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ErrorDialog.hide()
try:
transaction.Release()
except:
pass
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if mode == 'manager':
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transaction.get_handle()
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transaction.update_db()
transaction.to_add.clear()
transaction.to_remove.clear()
transaction.to_update.clear()
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get_groups()
get_repos()
set_packages_list()
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#if mode == 'updater':
#have_updates()
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def handle_reply(reply):
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ProgressWindow.hide()
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#while Gtk.events_pending():
# Gtk.main_iteration()
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if reply:
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InfoDialog.format_secondary_text(reply)
response = InfoDialog.run()
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if response:
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InfoDialog.hide()
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try:
transaction.Release()
except:
pass
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transaction.get_handle()
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transaction.update_db()
if mode == 'manager':
transaction.to_add.clear()
transaction.to_remove.clear()
transaction.to_update.clear()
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get_groups()
get_repos()
set_packages_list()
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do_syncfirst, updates = transaction.get_updates()
if updates:
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do_sysupgrade()
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if mode == 'updater':
have_updates()
def log_error(msg):
ErrorDialog.format_secondary_text(msg)
response = ErrorDialog.run()
while Gtk.events_pending():
Gtk.main_iteration()
if response:
ErrorDialog.hide()
def log_warning(msg):
WarningDialog.format_secondary_text(msg)
response = WarningDialog.run()
while Gtk.events_pending():
Gtk.main_iteration()
if response:
WarningDialog.hide()
def do_refresh():
"""Sync databases like pacman -Sy"""
progress_label.set_text(_('Refreshing')+'...')
action_icon.set_from_file('/usr/share/pamac/icons/24x24/status/refresh-cache.png')
progress_bar.set_text('')
progress_bar.set_fraction(0)
ProgressWindow.show_all()
while Gtk.events_pending():
Gtk.main_iteration()
transaction.Refresh()
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def have_updates():
do_syncfirst, updates = transaction.get_updates()
update_listore.clear()
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update_top_label.set_justify(Gtk.Justification.CENTER)
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if not updates:
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update_bottom_label.set_markup('')
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update_top_label.set_markup(_('<big><b>Your system is up-to-date</b></big>'))
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else:
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dsize = 0
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for pkg in updates:
pkgname = pkg.name+' '+pkg.version
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update_listore.append([pkgname, common.format_size(pkg.size)])
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dsize += pkg.download_size
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update_bottom_label.set_markup(_('<b>Total download size: </b>')+common.format_size(dsize))
if len(updates) == 1:
update_top_label.set_markup(_('<big><b>1 available update</b></big>'))
else:
update_top_label.set_markup(_('<big><b>{number} available updates</b></big>').format(number = len(updates)))
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def do_sysupgrade():
"""Upgrade a system like pacman -Su"""
do_syncfirst, updates = transaction.get_updates()
if updates:
transaction.to_add.clear()
transaction.to_remove.clear()
transaction.to_update = set([pkg.name for pkg in updates])
check_conflicts()
init = False
error = ''
if do_syncfirst:
init = transaction.init_transaction(noconflicts = True, recurse = True)
else:
init = transaction.init_transaction(noconflicts = True)
#~ if init:
#~ error = transaction.Sysupgrade()
#~ if error:
#~ handle_error(error)
if init:
if not error:
for name in transaction.to_add | transaction.to_update:
transaction.Add(name)
for name in transaction.to_remove:
transaction.Remove(name)
error = transaction.Prepare()
if error:
handle_error(error)
else:
set_transaction_sum()
if mode == 'updater':
if len(transaction_sum) != 0:
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ConfDialog.show_all()
else:
finalize()
else:
ConfDialog.show_all()
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def finalize():
progress_label.set_text(_('Preparing')+'...')
action_icon.set_from_file('/usr/share/pamac/icons/24x24/status/setup.png')
progress_bar.set_text('')
progress_bar.set_fraction(0)
ProgressWindow.show_all()
while Gtk.events_pending():
Gtk.main_iteration()
try:
transaction.Commit()
except dbus.exceptions.DBusException as e:
handle_error(str(e))
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def check_conflicts():
warning = ''
error = ''
print('checking...')
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if mode:
Window.get_window().set_cursor(Gdk.Cursor(Gdk.CursorType.WATCH))
while Gtk.events_pending():
Gtk.main_iteration()
to_check = [transaction.syncpkgs[name] for name in transaction.to_add | transaction.to_update]
if transaction.to_load:
for path in transaction.to_load:
try:
pkg = transaction.handle.load_pkg(path)
if pkg:
to_check.append(pkg)
except pyalpm.error:
error += _('{pkgname} is not a valid path or package name').format(pkgname = path)
already_checked = set(pkg.name for pkg in to_check)
depends = [to_check]
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pkgs = transaction.handle.get_localdb().search('linux3')
installed_linux = []
# get packages to remove
check_for_removal = transaction.to_remove.copy()
to_add_to_remove = set()
hold_requirement = {}
while check_for_removal:
for name in check_for_removal:
required = transaction.localpkgs[name].compute_requiredby()
for requirement in required:
if requirement in config.holdpkg:
for hold in config.holdpkg:
if requirement == hold:
if error:
error += '\n'
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error += _('The transaction cannot be performed because it needs to remove {pkgname1} which is a locked package').format(pkgname1 = hold)
print(_('The transaction cannot be performed because it needs to remove {pkgname1} which is a locked package').format(pkgname1 = hold))
else:
to_add_to_remove.add(requirement)
to_add_to_remove &= set(transaction.localpkgs.keys())
check_for_removal = to_add_to_remove.copy()
transaction.to_remove |= to_add_to_remove
to_add_to_remove.clear()
if error:
break
# get installed kernels
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for item in pkgs:
if len(item.name) == 7:
installed_linux.append(item.name)
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for to_install in transaction.to_add:
if 'linux3' in to_install:
if len(to_install) == 7:
installed_linux.append(to_install)
# check if new pkgs will replace installed ones
to_replace = set()
do_syncfirst, updates = transaction.get_updates()
if transaction.to_update:
if not do_syncfirst:
for pkg in transaction.syncpkgs.values():
for replace in pkg.replaces:
found_replace = pyalpm.find_satisfier(transaction.localpkgs.values(), replace)
if found_replace:
#if not common.format_pkg_name(replace) in transaction.syncpkgs.keys():
if found_replace.name != pkg.name:
if not pkg.name in transaction.localpkgs.keys():
if common.format_pkg_name(replace) in transaction.localpkgs.keys():
if not found_replace.name in transaction.to_remove:
transaction.to_remove.add(found_replace.name)
to_replace.add(found_replace.name)
if warning:
warning += '\n'
warning += _('{pkgname1} will be replaced by {pkgname2}').format(pkgname1 = found_replace.name, pkgname2 = pkg.name)
print(_('{pkgname1} will be replaced by {pkgname2}').format(pkgname1 = found_replace.name, pkgname2 = pkg.name))
if found_replace.name in transaction.to_update:
transaction.to_update.discard(found_replace.name)
index = None
for _pkg in depends[0]:
if _pkg.name == found_replace.name:
index = depends[0].index(_pkg)
depends[0].pop(index)
if not pkg.name in already_checked:
depends[0].append(pkg)
already_checked.add(pkg.name)
transaction.to_add.add(pkg.name)
# start loops to check pkgs
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i = 0
while depends[i]:
# add a empty list for new pkgs to check next loop
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depends.append([])
# start to check one pkg
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for pkg in depends[i]:
# check if the current pkg is a kernel and if so, check if a module is required to install
if 'linux3' in pkg.name:
for _pkg in transaction.localpkgs.values():
for depend in _pkg.depends:
if '-modules' in depend:
for __pkg in transaction.syncpkgs.values():
if not __pkg.name in transaction.localpkgs.keys():
for provide in __pkg.provides:
for linux in installed_linux:
if linux in __pkg.name:
if common.format_pkg_name(depend) == common.format_pkg_name(provide):
if not __pkg.name in transaction.to_add:
if not __pkg.name in already_checked:
depends[i+1].append(__pkg)
already_checked.add(__pkg.name)
transaction.to_add.add(__pkg.name)
# check pkg deps
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for depend in pkg.depends:
# check if dep is already installed
found_depend = pyalpm.find_satisfier(transaction.localpkgs.values(), depend)
if found_depend:
# check if the dep is a kernel module to provide and if so, auto-select it
if found_depend.name != common.format_pkg_name(depend):
if ('-modules' in depend) or ('linux' in depend):
for _pkg in transaction.syncpkgs.values():
if not _pkg.name in transaction.localpkgs.keys():
for name in _pkg.provides:
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for linux in installed_linux:
if linux in _pkg.name:
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if common.format_pkg_name(depend) == common.format_pkg_name(name):
if not _pkg.name in transaction.to_add:
if not _pkg.name in already_checked:
depends[i+1].append(_pkg)
already_checked.add(_pkg.name)
transaction.to_add.add(_pkg.name)
else:
# add the dep in list to check its deps in next loop
if not found_depend.name in already_checked:
depends[i+1].append(found_depend)
already_checked.add(found_depend.name)
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else:
# found the dep in uninstalled pkgs
found_depend = pyalpm.find_satisfier(transaction.syncpkgs.values(), depend)
if found_depend:
# check if the dep is a kernel module to provide and if so, auto-select it
if found_depend.name != common.format_pkg_name(depend):
if ('-modules' in depend) or ('linux' in depend):
for _pkg in transaction.syncpkgs.values():
if not _pkg.name in transaction.localpkgs.keys():
for name in _pkg.provides:
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for linux in installed_linux:
if linux in _pkg.name:
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if common.format_pkg_name(depend) == common.format_pkg_name(name):
if not _pkg.name in transaction.to_add:
if not _pkg.name in already_checked:
depends[i+1].append(_pkg)
already_checked.add(_pkg.name)
transaction.to_add.add(_pkg.name)
else:
# so the dep is a virtual dep: check if it's already provides
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already_provided = False
for pkgname in transaction.to_add:
_pkg = transaction.syncpkgs[pkgname]
found_depend = pyalpm.find_satisfier([_pkg], depend)
if found_depend:
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already_provided = True
# if not already provided, run ChooseDialog (via choose_provides)
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if not already_provided:
to_add_to_depends = choose_provides(depend)
for _pkg in to_add_to_depends:
if not _pkg.name in transaction.to_add:
if not _pkg.name in already_checked:
depends[i+1].append(_pkg)
already_checked.add(_pkg.name)
transaction.to_add.add(_pkg.name)
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else:
# so the dep is not yet installed, add it in list to check its deps in next loop
if not found_depend.name in already_checked:
depends[i+1].append(found_depend)
already_checked.add(found_depend.name)
# check if the pkg replaces installed ones
if transaction.to_update:
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for replace in pkg.replaces:
found_replace = pyalpm.find_satisfier(transaction.localpkgs.values(), replace)
if found_replace:
if found_replace.name != pkg.name:
if not found_replace.name in transaction.to_remove:
transaction.to_remove.add(found_replace.name)
to_replace.add(found_replace.name)
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if warning:
warning += '\n'
warning += _('{pkgname1} will be replaced by {pkgname2}').format(pkgname1 = found_replace.name, pkgname2 = pkg.name)
print(_('{pkgname1} will be replaced by {pkgname2}').format(pkgname1 = found_replace.name, pkgname2 = pkg.name))
if found_replace.name in transaction.to_update:
transaction.to_update.discard(found_replace.name)
# check pkg conflicts
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for conflict in pkg.conflicts:
# check if the pkg conflicts with installed ones
found_conflict = pyalpm.find_satisfier(transaction.localpkgs.values(), conflict)
if found_conflict:
if found_conflict.name != pkg.name:
# if pkg provides the conflict no need to check if it can be safely removed
will_provide_conflict = pyalpm.find_satisfier([pkg], conflict)
if will_provide_conflict:
if not found_conflict.name in transaction.to_remove:
transaction.to_remove.add(found_conflict.name)
if warning:
warning += '\n'
warning += _('{pkgname1} conflicts with {pkgname2}').format(pkgname1 = pkg.name, pkgname2 = found_conflict.name)
print(_('{pkgname1} conflicts with {pkgname2}').format(pkgname1 = pkg.name, pkgname2 = found_conflict.name))
else:
# if the conflict will be updated, check the conflicts of the new one
if found_conflict.name in transaction.to_update:
new_found_conflict = pyalpm.find_satisfier([transaction.syncpkgs[found_conflict.name]], conflict)
if new_found_conflict:
#~ # check if the conflict can be safely removed
#~ required = set(pkg.compute_requiredby())
#~ required &= set(transaction.localpkgs.keys())
#~ if required:
#~ str_required = ''
#~ for item in required:
#~ if str_required:
#~ str_required += ', '
#~ str_required += item
#~ if error:
#~ error += '\n'
#~ error += _('{pkgname1} conflicts with {pkgname2} but cannot be removed because it is needed by {pkgname3}').format(pkgname1 = found_conflict.name, pkgname2 = pkg.name, pkgname3 = str_required)
#~ print(_('{pkgname1} conflicts with {pkgname2} but cannot be removed because it is needed by {pkgname3}').format(pkgname1 = found_conflict.name, pkgname2 = pkg.name, pkgname3 = str_required))
#~ el
if not new_found_conflict.name in transaction.to_remove:
transaction.to_remove.add(new_found_conflict.name)
if warning:
warning += '\n'
warning += _('{pkgname1} conflicts with {pkgname2}').format(pkgname1 = pkg.name, pkgname2 = new_found_conflict.name)
print(_('{pkgname1} conflicts with {pkgname2}').format(pkgname1 = pkg.name, pkgname2 = new_found_conflict.name))
else:
#~ # check if the conflict can be safely removed
#~ required = set(pkg.compute_requiredby())
#~ required &= set(transaction.localpkgs.keys())
#~ if required:
#~ str_required = ''
#~ for item in required:
#~ if str_required:
#~ str_required += ', '
#~ str_required += item
#~ if error:
#~ error += '\n'
#~ error += _('{pkgname1} conflicts with {pkgname2} but cannot be removed because it is needed by {pkgname3}').format(pkgname1 = found_conflict.name, pkgname2 = pkg.name, pkgname3 = str_required)
#~ print(_('{pkgname1} conflicts with {pkgname2} but cannot be removed because it is needed by {pkgname3}').format(pkgname1 = found_conflict.name, pkgname2 = pkg.name, pkgname3 = str_required))
#~ el
if not found_conflict.name in transaction.to_remove:
transaction.to_remove.add(found_conflict.name)
if warning:
warning += '\n'
warning += _('{pkgname1} conflicts with {pkgname2}').format(pkgname1 = pkg.name, pkgname2 = found_conflict.name)
print(_('{pkgname1} conflicts with {pkgname2}').format(pkgname1 = pkg.name, pkgname2 = found_conflict.name))
# check if the pkg conflicts with the other ones to install
found_conflict = pyalpm.find_satisfier(depends[0], conflict)
if found_conflict:
if not common.format_pkg_name(conflict) == pkg.name:
if not common.format_pkg_name(conflict) in transaction.to_remove:
if pkg.name in transaction.to_add and common.format_pkg_name(conflict) in transaction.to_add:
transaction.to_add.discard(common.format_pkg_name(conflict))
transaction.to_add.discard(pkg.name)
if warning:
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warning += '\n'
warning += _('{pkgname1} conflicts with {pkgname2}\nNone of them will be installed').format(pkgname1 = pkg.name, pkgname2 = common.format_pkg_name(conflict))
print(_('{pkgname1} conflicts with {pkgname2}\nNone of them will be installed').format(pkgname1 = pkg.name, pkgname2 = common.format_pkg_name(conflict)))
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i += 1
# end of the loop
# check if installed pkgs conflicts with the ones to install
to_check = [transaction.syncpkgs[name] for name in transaction.to_add | transaction.to_update]
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for pkg in transaction.localpkgs.values():
for conflict in pkg.conflicts:
found_conflict = pyalpm.find_satisfier(to_check, conflict)
if found_conflict:
if found_conflict.name != pkg.name:
# if pkg provides the conflict no need to check if it can be safely removed
will_provide_conflict = pyalpm.find_satisfier([pkg], conflict)
if will_provide_conflict:
if not pkg.name in transaction.to_remove:
transaction.to_remove.add(pkg.name)
if warning:
warning += '\n'
warning += _('{pkgname1} conflicts with {pkgname2}').format(pkgname1 = found_conflict.name, pkgname2 = pkg.name)
print(_('{pkgname1} conflicts with {pkgname2}').format(pkgname1 = found_conflict.name, pkgname2 = pkg.name))
else:
# if pkg will be updated, check the conflicts of this new one
if pkg.name in transaction.to_update:
for new_conflict in transaction.syncpkgs[pkg.name].conflicts:
if new_conflict == conflict:
#~ # check if the conflict can be safely removed
#~ required = set(pkg.compute_requiredby())
#~ required &= set(transaction.localpkgs.keys())
#~ if required:
#~ str_required = ''
#~ for item in required:
#~ if str_required:
#~ str_required += ', '
#~ str_required += item
#~ if error:
#~ error += '\n'
#~ error += _('{pkgname1} conflicts with {pkgname2} but cannot be removed because it is needed by {pkgname3}').format(pkgname1 = pkg.name, pkgname2 = found_conflict.name, pkgname3 = str_required)
#~ print(_('{pkgname1} conflicts with {pkgname2} but cannot be removed because it is needed by {pkgname3}').format(pkgname1 = pkg.name, pkgname2 = found_conflict.name, pkgname3 = str_required))
#~ el
if not pkg.name in transaction.to_remove:
transaction.to_remove.add(pkg.name)
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if warning:
warning += '\n'
warning += _('{pkgname1} conflicts with {pkgname2}').format(pkgname1 = found_conflict.name, pkgname2 = pkg.name)
print(_('{pkgname1} conflicts with {pkgname2}').format(pkgname1 = found_conflict.name, pkgname2 = pkg.name))
else:
#~ # check if the conflict can be safely removed
#~ required = set(pkg.compute_requiredby())
#~ required &= set(transaction.localpkgs.keys())
#~ if required:
#~ str_required = ''
#~ for item in required:
#~ if str_required:
#~ str_required += ', '
#~ str_required += item
#~ if error:
#~ error += '\n'
#~ error += _('{pkgname1} conflicts with {pkgname2} but cannot be removed because it is needed by {pkgname3}').format(pkgname1 = pkg.name, pkgname2 = found_conflict.name, pkgname3 = str_required)
#~ print(_('{pkgname1} conflicts with {pkgname2} but cannot be removed because it is needed by {pkgname3}').format(pkgname1 = pkg.name, pkgname2 = found_conflict.name, pkgname3 = str_required))
#~ el
if not pkg.name in transaction.to_remove:
transaction.to_remove.add(pkg.name)
if warning:
warning += '\n'
warning += _('{pkgname1} conflicts with {pkgname2}').format(pkgname1 = found_conflict.name, pkgname2 = pkg.name)
print(_('{pkgname1} conflicts with {pkgname2}').format(pkgname1 = found_conflict.name, pkgname2 = pkg.name))
# remove in to_remove the packages which are needed by the names in to_add to avoid conflicts:
wont_be_removed = set()
for pkg_list in depends:
for pkg in pkg_list:
wont_be_removed.add(pkg.name)
wont_be_removed -= to_replace
transaction.to_remove -= wont_be_removed
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if mode:
Window.get_window().set_cursor(None)
print('check done')
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if warning:
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WarningDialog.format_secondary_text(warning)
response = WarningDialog.run()
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if response:
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WarningDialog.hide()
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if error:
handle_error(error)
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def choose_provides(name):
provides = OrderedDict()
already_add = []
for pkg in transaction.syncpkgs.values():
for provide in pkg.provides:
if common.format_pkg_name(name) == common.format_pkg_name(provide):
if not pkg.name in provides.keys():
provides[pkg.name] = pkg
if provides:
if len(provides.keys()) == 1:
return [pkg for pkgname, pkg in provides.items()]
else:
choose_label.set_markup(_('<b>{pkgname} is provided by {number} packages.\nPlease choose the one(s) you want to install:</b>').format(pkgname = name, number = str(len(provides.keys()))))
choose_list.clear()
for name in provides.keys():
if name in transaction.localpkgs.keys():
choose_list.append([True, name])
else:
choose_list.append([False, name])
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Window.get_window().set_cursor(None)
ChooseDialog.run()
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Window.get_window().set_cursor(Gdk.Cursor(Gdk.CursorType.WATCH))
return [provides[pkgname] for pkgname in transaction.to_provide]
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else:
return []
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class Handler:
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#Manager Handlers
def on_ManagerWindow_delete_event(self, *arg):
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transaction.StopDaemon()
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Gtk.main_quit()
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def on_Manager_QuitButton_clicked(self, *arg):
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transaction.StopDaemon()
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Gtk.main_quit()
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def on_Manager_ValidButton_clicked(self, *arg):
transaction.to_update.clear()
if transaction.to_add | transaction.to_remove:
check_conflicts()
if transaction.to_add | transaction.to_remove:
if transaction.init_transaction(noconflicts = True):
for pkgname in transaction.to_add:
transaction.Add(pkgname)
for pkgname in transaction.to_remove:
transaction.Remove(pkgname)
error = transaction.Prepare()
if error:
handle_error(error)
else:
set_transaction_sum()
ConfDialog.show_all()
else:
WarningDialog.format_secondary_text(_('Nothing to do'))
response = WarningDialog.run()
if response:
WarningDialog.hide()
refresh_packages_list()
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def on_Manager_EraseButton_clicked(self, *arg):
transaction.to_add.clear()
transaction.to_remove.clear()
transaction.to_update.clear()
refresh_packages_list()
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def on_Manager_RefreshButton_clicked(self, *arg):
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do_refresh()
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2012-12-31 11:41:51 -03:00
def on_TransCancelButton_clicked(self, *arg):
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ProgressWindow.hide()
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ConfDialog.hide()
transaction.Release()
if mode == 'manager':
refresh_packages_list()
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def on_TransValidButton_clicked(self, *arg):
ConfDialog.hide()
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finalize()
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def on_search_entry_icon_press(self, *arg):
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global current_filter
current_filter = ('search', search_entry.get_text().split())
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set_packages_list()
def on_search_entry_activate(self, widget):
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global current_filter
current_filter = ('search', search_entry.get_text().split())
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set_packages_list()
menu = Gtk.Menu()
def on_list_treeview_button_press_event(self, treeview, event):
def mark_to_reinstall(widget, treeiter):
packages_list[treeiter][3] = True
packages_list[treeiter][4] = to_install_icon
transaction.to_add.add(packages_list[treeiter][0])
def select_optdeps(widget, pkgname, optdeps):
choose_label.set_markup(_('<b>{pkgname} has {number} uninstalled optional deps.\nPlease choose the one(s) you want to install:</b>').format(pkgname = pkgname, number = str(len(optdeps))))
choose_list.clear()
for long_string in optdeps:
choose_list.append([False, long_string])
ChooseDialog.run()
for long_string in transaction.to_provide:
transaction.to_add.add(long_string.split(':')[0])
def install_with_optdeps(widget, treeiter, pkgname, optdeps):
select_optdeps(widget, pkgname, optdeps)
mark_to_reinstall(widget, treeiter)
# Check if right mouse button was clicked
if event.type == Gdk.EventType.BUTTON_PRESS and event.button == 3:
treepath, viewcolumn, x, y = treeview.get_path_at_pos(int(event.x), int(event.y))
treeiter = packages_list.get_iter(treepath)
if treeiter:
if packages_list[treeiter][0] != _('No package found'):
self.menu = Gtk.Menu()
if packages_list[treeiter][0] in transaction.to_remove | transaction.to_add:
item = Gtk.MenuItem(_('Unselect'))
item.connect('activate', self.on_select_toggle_toggled, treeiter)
self.menu.append(item)
elif packages_list[treeiter][0] in transaction.localpkgs.keys():
item = Gtk.MenuItem(_('Remove'))
item.connect('activate', self.on_select_toggle_toggled, treeiter)
self.menu.append(item)
item = Gtk.MenuItem(_('Reinstall'))
item.connect('activate', mark_to_reinstall, treeiter)
self.menu.append(item)
optdeps_strings = transaction.localpkgs[packages_list[treeiter][0]].optdepends
if optdeps_strings:
available_optdeps = []
for optdep_string in optdeps_strings:
optdep = optdep_string.split(':')[0]
if not optdep in transaction.localpkgs.keys():
available_optdeps.append(optdep_string)
if available_optdeps:
item = Gtk.MenuItem(_('Install optional deps'))
item.connect('activate', select_optdeps, packages_list[treeiter][0], available_optdeps)
self.menu.append(item)
else:
item = Gtk.ImageMenuItem(_('Install'))
item.connect('activate', self.on_select_toggle_toggled, treeiter)
self.menu.append(item)
optdeps_strings = transaction.syncpkgs[packages_list[treeiter][0]].optdepends
if optdeps_strings:
available_optdeps = []
for optdep_string in optdeps_strings:
optdep = optdep_string.split(':')[0]
if not optdep in transaction.localpkgs.keys():
available_optdeps.append(optdep_string)
if available_optdeps:
item = Gtk.MenuItem(_('Install with optional deps'))
item.connect('activate', install_with_optdeps, treeiter, packages_list[treeiter][0], available_optdeps)
self.menu.append(item)
treeview.grab_focus()
treeview.set_cursor(treepath, viewcolumn, 0)
self.menu.show_all()
self.menu.popup(None, None, None, None, event.button, event.time)
return True
def on_list_treeview_selection_changed(self, treeview):
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if not packages_list_clearing:
liststore, treeiter = list_selection.get_selected()
if treeiter:
if packages_list[treeiter][0] != _('No package found'):
if packages_list[treeiter][0] in transaction.localpkgs.keys():
set_infos_list(transaction.localpkgs[packages_list[treeiter][0]])
set_deps_list(transaction.localpkgs[packages_list[treeiter][0]], "local")
set_details_list(transaction.localpkgs[packages_list[treeiter][0]], "local")
set_files_list(transaction.localpkgs[packages_list[treeiter][0]])
files_scrolledwindow.set_visible(True)
elif packages_list[treeiter][0] in transaction.syncpkgs.keys():
set_infos_list(transaction.syncpkgs[packages_list[treeiter][0]])
set_deps_list(transaction.syncpkgs[packages_list[treeiter][0]], "sync")
set_details_list(transaction.syncpkgs[packages_list[treeiter][0]], "sync")
files_scrolledwindow.set_visible(False)
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def on_search_treeview_selection_changed(self, widget):
liste, line = search_selection.get_selected()
if line:
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global current_filter
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current_filter = ('search', search_list[line][0].split())
set_packages_list()
def on_groups_treeview_selection_changed(self, widget):
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if not groups_list_clearing:
liste, line = groups_selection.get_selected()
if line:
global current_filter
current_filter = ('group', groups_list[line][0])
set_packages_list()
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def on_state_treeview_selection_changed(self, widget):
liste, line = state_selection.get_selected()
if line:
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global current_filter
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if state_list[line][0] == _('Installed'):
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current_filter = ('installed', None)
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if state_list[line][0] == _('Uninstalled'):
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current_filter = ('uninstalled', None)
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if state_list[line][0] == _('Orphans'):
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current_filter = ('orphans', None)
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if state_list[line][0] == _('To install'):
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current_filter = ('to_install', None)
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if state_list[line][0] == _('To remove'):
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current_filter = ('to_remove', None)
set_packages_list()
def on_repos_treeview_selection_changed(self, widget):
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if not repos_list_clearing:
liste, line = repos_selection.get_selected()
if line:
global current_filter
if repos_list[line][0] == _('local'):
current_filter = ('local', None)
else:
current_filter = ('repo', repos_list[line][0])
set_packages_list()
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def on_select_toggle_toggled(self, widget, line):
if packages_list[line][1] is True:
if packages_list[line][0] in transaction.to_add:
packages_list[line][3] = True
packages_list[line][4] = installed_icon
transaction.to_add.discard(packages_list[line][0])
elif packages_list[line][0] in transaction.to_remove:
packages_list[line][3] = True
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packages_list[line][4] = installed_icon
transaction.to_remove.discard(packages_list[line][0])
else:
packages_list[line][3] = False
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packages_list[line][4] = to_remove_icon
transaction.to_remove.add(packages_list[line][0])
if packages_list[line][1] is False:
if packages_list[line][0] in transaction.to_add:
packages_list[line][3] = False
packages_list[line][4] = uninstalled_icon
transaction.to_add.discard(packages_list[line][0])
else:
packages_list[line][3] = True
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packages_list[line][4] = to_install_icon
transaction.to_add.add(packages_list[line][0])
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def on_cellrenderertoggle2_toggled(self, widget, line):
choose_list[line][0] = not choose_list[line][0]
def on_ChooseButton_clicked(self, *arg):
ChooseDialog.hide()
line = 0
transaction.to_provide.clear()
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while line < len(choose_list):
if choose_list[line][0] is True:
if not choose_list[line][1] in transaction.localpkgs.keys():
transaction.to_provide.add(choose_list[line][1])
if choose_list[line][0] is False:
transaction.to_provide.discard(choose_list[line][1])
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line += 1
def on_ProgressCancelButton_clicked(self, *arg):
print('cancelled')
if not _('Refreshing') in progress_label.get_text():
error = transaction.Interrupt()
if error:
handle_error(error)
else:
handle_reply('')
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def on_notebook1_switch_page(self, notebook, page, page_num):
if page_num == 0:
liste, line = search_selection.get_selected()
if line:
self.on_search_treeview_selection_changed(self)
elif search_entry.get_text():
self.on_search_entry_activate(self)
elif page_num == 1:
self.on_groups_treeview_selection_changed(self)
elif page_num == 2:
self.on_state_treeview_selection_changed(self)
elif page_num == 3:
self.on_repos_treeview_selection_changed(self)
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#Updater Handlers
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def on_UpdaterWindow_delete_event(self, *arg):
transaction.StopDaemon()
Gtk.main_quit()
def on_Updater_QuitButton_clicked(self, *arg):
transaction.StopDaemon()
Gtk.main_quit()
def on_Updater_ApplyButton_clicked(self, *arg):
do_sysupgrade()
def on_Updater_RefreshButton_clicked(self, *arg):
do_refresh()
def config_signals():
global transaction
from pamac import transaction
bus = dbus.SystemBus()
bus.add_signal_receiver(action_signal_handler, dbus_interface = "org.manjaro.pamac", signal_name = "EmitAction")
bus.add_signal_receiver(icon_signal_handler, dbus_interface = "org.manjaro.pamac", signal_name = "EmitIcon")
bus.add_signal_receiver(target_signal_handler, dbus_interface = "org.manjaro.pamac", signal_name = "EmitTarget")
bus.add_signal_receiver(percent_signal_handler, dbus_interface = "org.manjaro.pamac", signal_name = "EmitPercent")
bus.add_signal_receiver(handle_reply, dbus_interface = "org.manjaro.pamac", signal_name = "EmitTransactionDone")
bus.add_signal_receiver(handle_error, dbus_interface = "org.manjaro.pamac", signal_name = "EmitTransactionError")
bus.add_signal_receiver(log_error, dbus_interface = "org.manjaro.pamac", signal_name = "EmitLogError")
bus.add_signal_receiver(log_warning, dbus_interface = "org.manjaro.pamac", signal_name = "EmitLogWarning")
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def main(_mode):
if common.pid_file_exists():
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ErrorDialog.format_secondary_text(_('Pamac is already running'))
response = ErrorDialog.run()
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if response:
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ErrorDialog.hide()
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else:
config_signals()
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global mode
mode = _mode
interface.connect_signals(Handler())
do_refresh()
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global Window
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if mode == 'manager':
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ManagerWindow = interface.get_object("ManagerWindow")
global details_list
global deps_list
global files_list
global files_scrolledwindow
global name_label
global desc_label
global link_label
global licenses_label
global search_entry
global search_list
global search_selection
global packages_list
global list_selection
global groups_list
global groups_selection
global state_list
global state_selection
global repos_list
global repos_selection
details_list = interface.get_object('details_list')
deps_list = interface.get_object('deps_list')
files_list = interface.get_object('files_list')
files_scrolledwindow = interface.get_object('files_scrolledwindow')
name_label = interface.get_object('name_label')
desc_label = interface.get_object('desc_label')
link_label = interface.get_object('link_label')
licenses_label = interface.get_object('licenses_label')
search_entry = interface.get_object('search_entry')
search_list = interface.get_object('search_list')
search_selection = interface.get_object('search_treeview_selection')
packages_list = interface.get_object('packages_list')
list_selection = interface.get_object('list_treeview_selection')
groups_list = interface.get_object('groups_list')
groups_selection = interface.get_object('groups_treeview_selection')
state_list = interface.get_object('state_list')
state_selection = interface.get_object('state_treeview_selection')
repos_list = interface.get_object('repos_list')
repos_selection = interface.get_object('repos_treeview_selection')
global installed_icon
global uninstalled_icon
global to_install_icon
global to_remove_icon
global locked_icon
global search_icon
installed_icon = Pixbuf.new_from_file('/usr/share/pamac/icons/22x22/status/package-installed.png')
uninstalled_icon = Pixbuf.new_from_file('/usr/share/pamac/icons/22x22/status/package-available.png')
to_install_icon = Pixbuf.new_from_file('/usr/share/pamac/icons/22x22/status/package-add.png')
to_remove_icon = Pixbuf.new_from_file('/usr/share/pamac/icons/22x22/status/package-delete.png')
locked_icon = Pixbuf.new_from_file('/usr/share/pamac/icons/22x22/status/package-blocked.png')
search_icon = Pixbuf.new_from_file('/usr/share/pamac/icons/22x22/status/package-search.png')
global pkg_name_list
pkg_name_list = set()
global current_filter
current_filter = (None, None)
global packages_list_clearing
global repos_list_clearing
global groups_list_clearing
packages_list_clearing = False
repos_list_clearing = False
groups_list_clearing = False
global states
states = [_('Installed'), _('Uninstalled'), _('Orphans'), _('To install'), _('To remove')]
for state in states:
state_list.append([state])
Window = ManagerWindow
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if mode == 'updater':
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UpdaterWindow = interface.get_object("UpdaterWindow")
global update_listore
global update_top_label
global update_bottom_label
update_listore = interface.get_object('update_list')
update_top_label = interface.get_object('update_top_label')
update_bottom_label = interface.get_object('update_bottom_label')
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update_top_label.set_markup(_('<big><b>Your system is up-to-date</b></big>'))
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update_bottom_label.set_markup('')
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Window = UpdaterWindow
Window.show_all()
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while Gtk.events_pending():
Gtk.main_iteration()
Gtk.main()