def check(events: dict):
"""
Check all of needed files and dirs for cati installation
Args:
events:
- failed_to_repair: will run when cati installation is corrupt and user has not root permission
to repair it and passes filepath and type of that to function
"""
required_files = [
'/var/lib/cati/state.f',
'/var/lib/cati/unremoved-conffiles.list',
'/etc/cati/repos.list',
'/etc/cati/allowed-architectures.list',
]
required_dirs = [
'/var',
'/var/lib',
'/var/lib/cati',
'/var/lib/cati/lists',
'/var/lib/cati/installed',
'/var/lib/cati/security-blacklist',
'/var/lib/cati/any-scripts',
'/var/cache',
'/var/cache/cati',
'/var/cache/cati/archives',
'/etc',
'/etc/cati',
'/etc/cati/repos.list.d',
]
for d in required_dirs:
if not os.path.isdir(Env.base_path('/' + d)):
repair_once_dir(d, events)
for f in required_files:
if not os.path.isfile(Env.base_path('/' + f)):
repair_once_file(f, events)
def repair_once_dir(dirpath: str, events: dict):
"""
Repairs once dir
Args:
dirpath (str): the dirpath to repair
events (dict):
- faild_to_repair
"""
try:
os.mkdir(Env.base_path('/' + dirpath))
except:
events['failed_to_repair']('/' + dirpath, 'dir')
def repair_once_file(filepath: str, events: dict):
"""
Repairs once file
Args:
filepath (str): the filepath to repair
events (dict):
- faild_to_repair
"""
try:
f = open(Env.base_path('/' + filepath).replace('//', '/'), 'w')
f.write('')
f.close()
except:
events['failed_to_repair']('/' + filepath, 'file')
def copy_once_file(self, paths):
""" Copy one of package files (this method is called from `copy_files` method) """
if os.path.isfile(paths[1]):
if paths[0] in self.conffiles:
self.copied_files.append('cf:' + paths[0])
old_conffiles = [item[-1] for item in self.old_conffiles]
if paths[0] in old_conffiles:
f_hash = calc_file_sha256(paths[1])
if [f_hash, paths[0]] in self.old_conffiles:
self.uncopied_conffiles[paths[0]] = f_hash
return
else:
if self.keep_conffiles:
self.uncopied_conffiles[paths[0]] = f_hash
return
else:
self.copied_files.append('f:' + paths[0])
os.system('cp "' + paths[1] + '" "' + Env.base_path(paths[0]) + '"')
else:
os.mkdir(Env.base_path(paths[0]))
if paths[1] in self.conffiles:
self.copied_files.append('cd:' + paths[0])
else:
self.copied_files.append('d:' + paths[0])
def run():
""" start running tests """
print('Starting test system...')
print('=======================')
# load test environment
print('Loading test environment...', end=' ')
load_test_env()
print(ansi.green + 'created in ' + Env.base_path() + ansi.reset)
print()
# enable testing mode
pr.is_testing = True
SysArch.is_testing = True
# load tests list
tests_list = os.listdir('tests/items')
# clean up tests list
orig_tests = []
for test in tests_list:
if test[len(test) - 3:] == '.py':
exec('from items.' + test[:len(test) - 3] + ' import ' +
test[:len(test) - 3])
exec("orig_tests.append(" + test[:len(test) - 3] + "())")
# start running tests
count = 0
for test in orig_tests:
test_name = test.get_name()
print('\t[' + str(count + 1) + '/' + str(len(orig_tests)) + ']\t' +
test_name.replace('_', ' ') + ': ',
end='',
flush=True)
test.refresh_env()
test.run()
test.refresh_env()
print(ansi.green + 'PASS' + ansi.reset)
count += 1
print()
print(ansi.green + 'All ' + str(count) + ' tests passed successfuly')
print('Cleaning up...' + ansi.reset)
if os.path.isfile('testpkgc-1.0.cati'):
os.remove('testpkgc-1.0.cati')
shutil.rmtree(Env.base_path_dir)
Temp.clean()
def env(self, path=''):
return Env.base_path(path)
def check_state(query_string: str,
virtual=None,
get_false_pkg=False,
get_false_pkg_next=0,
get_true_pkg=False,
get_true_pkg_next=0) -> bool:
"""
Checks package state by query string.
Examples:
"somepackage >= 1.5",
"somepackage",
"somepackage = 2.0",
"somepackage < 1.7",
"pkga | pkgb >= 1.0",
"pkga | pkgb | pkgc",
"pkga | pkgb & pkgc = 1.0",
also there is a feature to check files:
"@/usr/bin/somefile",
"somepackage | @/path/to/somefile",
"testpkga >= 3.0 | @/somefile"
"@/file/one | @/file/two",
"@<sha256-hash>@/path/to/file",
"@76883f0fd14015c93296f0e4202241f4eb3a23189dbc17990a197477f1dc441a@/path/to/file"
`virtual` argument:
this argument can make a virtual package state
for example package `testpkgz` is not installed,
but we want to check the query when this is installed
we can set that package in virtual system to query checker
calculate tha package as installed/removed
virtual structure: this is dictonary:
{
'install': [
## a list from installed packages:
['testpkgx', '1.0'],
['testpkgz', '3.7.11'],
...
]
'remove': [
## a list from removed packages:
['testpkgx', '1.0'],
['testpkgz', '3.7.11'],
...
]
## set it True if you want to ignore real installations
'no_real_installs': True/False
## set it True if you want to ignore real not installations
'all_real_is_installed': True/False
}
"""
# parse query string
parts = query_string.strip().split('|')
orig_parts = []
for part in parts:
tmp = part.strip().split('&')
orig_parts.append(tmp)
# load virtual item
no_real_installs = False
all_real_is_installed = False
if virtual:
try:
tmp = virtual['install']
except:
virtual['install'] = []
try:
tmp = virtual['remove']
except:
virtual['remove'] = []
virtual_installed_names_list = []
virtual_installed_versions_dict = {}
for item in virtual['install']:
virtual_installed_versions_dict[item[0]] = item[1]
virtual_installed_names_list.append(item[0])
virtual_removed_names_list = []
virtual_removed_versions_dict = {}
for item in virtual['remove']:
virtual_removed_versions_dict[item[0]] = item[1]
virtual_removed_names_list.append(item[0])
try:
no_real_installs = virtual['no_real_installs']
except:
no_real_installs = False
try:
all_real_is_installed = virtual['all_real_is_installed']
except:
all_real_is_installed = False
else:
virtual_installed_names_list = []
virtual_installed_versions_dict = {}
virtual_removed_names_list = []
virtual_removed_versions_dict = {}
no_real_installs = False
all_real_is_installed = False
# parse once query
i = 0
while i < len(orig_parts):
j = 0
while j < len(orig_parts[i]):
orig_parts[i][j] = orig_parts[i][j].strip()
spliter = None
if '>=' in orig_parts[i][j]:
spliter = '>='
elif '<=' in orig_parts[i][j]:
spliter = '<='
elif '>' in orig_parts[i][j]:
spliter = '>'
elif '<' in orig_parts[i][j]:
spliter = '<'
elif '=' in orig_parts[i][j]:
spliter = '='
if spliter != None:
orig_parts[i][j] = orig_parts[i][j].split(spliter)
orig_parts[i][j].insert(1, spliter)
else:
orig_parts[i][j] = [orig_parts[i][j]]
z = 0
while z < len(orig_parts[i][j]):
orig_parts[i][j][z] = orig_parts[i][j][z].strip()
z += 1
j += 1
i += 1
# check query
for tmp in orig_parts:
ands_ok = True
for p in tmp:
if p[0][0] == '@':
# check file query
parts = p[0].split('@')
if len(parts) == 2:
if not os.path.exists(Env.base_path(parts[-1])):
ands_ok = False
elif len(parts) == 3:
if not os.path.exists(Env.base_path(parts[-1])):
ands_ok = False
else:
if os.path.isfile(Env.base_path(parts[-1])):
sha256_sum = calc_file_sha256(
Env.base_path(parts[-1]))
if parts[1] != sha256_sum:
ands_ok = False
elif not p[
0] in virtual_installed_names_list and no_real_installs:
ands_ok = False
if get_false_pkg and get_false_pkg_next <= 0:
return p
else:
get_false_pkg_next -= 1
elif not p[
0] in virtual_removed_names_list and all_real_is_installed:
pass
elif len(p) == 1:
if not Pkg.is_installed(p[0]) and not p[
0] in virtual_installed_names_list or p[
0] in virtual_removed_names_list:
ands_ok = False
if get_false_pkg and get_false_pkg_next <= 0:
return p
else:
get_false_pkg_next -= 1
elif len(p) == 3:
if not Pkg.is_installed(p[0]) and not p[
0] in virtual_installed_names_list or p[
0] in virtual_removed_names_list:
ands_ok = False
if get_false_pkg and get_false_pkg_next <= 0:
return p
else:
get_false_pkg_next -= 1
else:
if p[0] in virtual_installed_names_list:
a_ver = virtual_installed_versions_dict[p[0]]
else:
a_ver = Pkg.installed_version(p[0])
b_ver = p[2]
if p[1] == '=':
if Pkg.compare_version(a_ver, b_ver) != 0:
ands_ok = False
if get_false_pkg and get_false_pkg_next <= 0:
return p
else:
get_false_pkg_next -= 1
elif p[1] == '>':
if Pkg.compare_version(a_ver, b_ver) != 1:
ands_ok = False
if get_false_pkg and get_false_pkg_next <= 0:
return p
else:
get_false_pkg_next -= 1
elif p[1] == '<':
if Pkg.compare_version(a_ver, b_ver) != -1:
ands_ok = False
if get_false_pkg and get_false_pkg_next <= 0:
return p
else:
get_false_pkg_next -= 1
elif p[1] == '<=':
if Pkg.compare_version(
a_ver,
b_ver) != -1 and Pkg.compare_version(
a_ver, b_ver) != 0:
ands_ok = False
if get_false_pkg and get_false_pkg_next <= 0:
return p
else:
get_false_pkg_next -= 1
elif p[1] == '>=':
if Pkg.compare_version(
a_ver, b_ver) != 1 and Pkg.compare_version(
a_ver, b_ver) != 0:
ands_ok = False
if get_false_pkg and get_false_pkg_next <= 0:
return p
else:
get_false_pkg_next -= 1
else:
ands_ok = False
if get_false_pkg and get_false_pkg_next <= 0:
return p
else:
get_false_pkg_next -= 1
if ands_ok and get_true_pkg and get_true_pkg_next <= 0:
return p
else:
get_true_pkg_next -= 1
if ands_ok:
return True
return False
def run(self):
""" Run command """
# require root permission
require_root_permission()
result_code = 0
packages_to_reinstall = []
if not self.is_quiet():
pr.p('Starting checking system health and security...')
pr.p('===============================================')
# check state
state_cmd = StateCommand()
out = state_cmd.handle(ArgParser.parse(['cati', 'state']))
if out > 0:
return out
# search for conflict and dependency corruptions
if not self.is_quiet():
pr.p('Checking dependency and conflict corruptions...')
dependency_problems = []
conflict_problems = []
installed_packages = Pkg.installed_list()['list']
for pkg in installed_packages:
if self.is_verbose():
pr.p('[info] checking dependencies and conflicts for ' +
pkg.data['name'] + '...')
for dp in pkg.get_depends():
if not Pkg.check_state(dp):
dependency_problems.append([pkg, dp])
for conflict in pkg.get_conflicts():
if Pkg.check_state(conflict):
conflict_problems.append([pkg, conflict])
if dependency_problems or conflict_problems:
for depend in dependency_problems:
pr.p(ansi.red + 'dependency problem for ' +
depend[0].data['name'] + ': ' + depend[1] + ansi.reset)
packages_to_reinstall.append(depend[0])
for conflict in conflict_problems:
pr.p(ansi.red + 'conflict problem for ' +
conflict[0].data['name'] + ': ' + conflict[1] +
ansi.reset)
packages_to_reinstall.append(conflict[0])
result_code = 1
else:
pr.p(
ansi.green +
'There is not any conflict or dependnecy problem and everything is ok'
+ ansi.reset)
# check static files
if not self.is_quiet():
pr.p('Checking packages static files...')
staticfile_problems = []
for pkg in installed_packages:
if self.is_verbose():
pr.p('[info] checking static files for ' + pkg.data['name'] +
'...')
files = pkg.installed_static_files()
for f in files:
f[1] = Env.base_path(f[1])
if os.path.isfile(f[1]):
wanted_hash = f[0]
current_hash = calc_file_sha256(f[1])
if wanted_hash != current_hash:
staticfile_problems.append([pkg, f, 'file is changed'])
else:
staticfile_problems.append([pkg, f, 'file is deleted'])
if staticfile_problems:
for problem in staticfile_problems:
pr.p(ansi.red + 'staticfile problem in package ' +
problem[0].data['name'] + ': ' + problem[1][1] + ': ' +
problem[2] + ansi.reset)
packages_to_reinstall.append(problem[0])
result_code = 1
else:
pr.p(ansi.green + 'all of static files are ok' + ansi.reset)
# check repos config files health
if not self.is_quiet():
pr.p('Checking cati configuration files...')
if self.is_verbose():
pr.p('[info] checking repositories config...')
repos = Repo.get_list()
pr.p(ansi.red, end='')
ReposListErrorShower.show(repos)
pr.p(ansi.reset, end='')
is_any_repo_error = False
for repo in repos:
if repo.syntax_errors:
is_any_repo_error = True
result_code = 1
if not is_any_repo_error:
pr.p(ansi.green + 'all of cati configuration files are ok' +
ansi.reset)
# check database files
if not self.is_quiet():
pr.p('Checking cati database...')
database_problems = []
for f in os.listdir(Env.installed_lists()):
if self.is_verbose():
pr.p('[info] checking database install dir for ' + f + '...')
if not os.path.isfile(Env.installed_lists(
'/' + f + '/files')) or not os.path.isfile(
Env.installed_lists('/' + f + '/ver')):
database_problems.append(
'installed packages database: directory ' +
Env.installed_lists('/' + f) + ' is corrupt')
for f in os.listdir(Env.security_blacklist()):
if self.is_verbose():
pr.p('[info] checking security blacklist part ' + f + '...')
if not os.path.isfile(Env.security_blacklist('/' + f)):
database_problems.append(
'security blacklist: an directory detected: ' +
Env.security_blacklist('/' + f))
else:
tmp = open(Env.security_blacklist('/' + f), 'r')
try:
json.loads(tmp.read())
except:
database_problems.append(
'security blacklist: invalid json data in ' +
Env.security_blacklist('/' + f))
if database_problems:
for problem in database_problems:
pr.p(ansi.red + 'database: ' + problem + ansi.reset)
result_code = 1
else:
pr.p(ansi.green + 'all of cati database is ok' + ansi.reset)
if not self.is_quiet():
if packages_to_reinstall:
pr.p(ansi.blue + 'We suggest re-install this packages:')
for pkg in packages_to_reinstall:
pr.p('- ' + pkg.data['name'])
if not self.has_option('--autofix'):
pr.p(
'use --autofix option to re-install them or do this manually'
)
pr.p(ansi.reset, end='')
else:
pr.p(ansi.reset, end='')
packages_names = [
pkg.data['name'] for pkg in packages_to_reinstall
]
install_cmd = InstallCommand()
args = ['cati', 'install', '--reinstall', *packages_names]
cmd_str = ''
for arg in args:
cmd_str += arg + ' '
cmd_str = cmd_str.strip()
pr.p(cmd_str)
return install_cmd.handle(ArgParser.parse(args))
return result_code
def run(pkg: Pkg, events: dict, remove_conffiles=False, run_scripts=True):
""" Remove pkg """
events['removing_package'](pkg)
# run rm-before script
if run_scripts:
if os.path.isfile(
Env.installed_lists('/' + pkg.data['name'] +
'/rm-before')):
os.system('chmod +x "' +
Env.installed_lists('/' + pkg.data['name'] +
'/rm-before') + '"')
with_conffiles_arg = 'without-conffiles'
if remove_conffiles:
with_conffiles_arg = 'with-conffiles'
os.system(
Env.installed_lists('/' + pkg.data['name'] +
'/rm-before') + ' ' +
with_conffiles_arg)
# remove package
installed_files = open(
Env.installed_lists('/' + pkg.data['name'] + '/files'),
'r').read()
installed_files = installed_files.strip().split('\n')
for f in list(reversed(installed_files)):
if f != '':
f_type = f.strip().split(':', 1)[0]
f_path = f.strip().split(':', 1)[1]
if f_type == 'f':
if os.path.isfile(Env.base_path(f_path)):
os.remove(Env.base_path(f_path))
elif f_type == 'd':
try:
os.rmdir(Env.base_path(f_path))
except:
events['dir_is_not_empty'](pkg, f)
elif f_type == 'cf':
if remove_conffiles:
if os.path.isfile(Env.base_path(f_path)):
os.remove(Env.base_path(f_path))
else:
Remove.add_to_unremoved_conffiles(pkg, f_path)
elif f_type == 'cd':
if remove_conffiles:
try:
os.rmdir(Env.base_path(f_path))
except:
events['dir_is_not_empty'](pkg, f)
else:
Remove.add_to_unremoved_conffiles(pkg, f_path)
# run rm-after script
if run_scripts:
if os.path.isfile(
Env.installed_lists('/' + pkg.data['name'] + '/rm-after')):
with_conffiles_arg = 'without-conffiles'
if remove_conffiles:
with_conffiles_arg = 'with-conffiles'
os.system('chmod +x "' +
Env.installed_lists('/' + pkg.data['name'] +
'/rm-after') + '"')
os.system(
Env.installed_lists('/' + pkg.data['name'] + '/rm-after') +
' ' + with_conffiles_arg)
# remove installation config
shutil.rmtree(Env.installed_lists('/' + pkg.data['name']))
# remove any script
if os.path.isfile(Env.any_scripts('/' + pkg.data['name'])):
os.remove(Env.any_scripts('/' + pkg.data['name']))
events['package_remove_finished'](pkg)
def copy_files(self, pkg: BaseArchive, directory_not_empty_event, target_path='') -> list:
"""
Copy package files on system
Args:
pkg (BaseArchive): the package archive object
directory_not_empty_event (callable): the function will be run when we want to delete old direcotry
of package and that is not empty.
target_path (str): target path prefix of copied files location. default is `/` means
copies files on the root directory. you can change it.
Returns:
list[str]: list of copied files
"""
# load package old files list
old_files = []
if os.path.isfile(Env.installed_lists('/' + pkg.data['name'] + '/files')):
try:
f = open(Env.installed_lists('/' + pkg.data['name'] + '/files'), 'r')
for line in f.read().strip().split('\n'):
if line != '':
old_files.append(line.strip())
except:
pass
old_files = list(reversed(old_files))
# load unremoved conffiles list
unremoved_conffiles_f = open(Env.unremoved_conffiles(), 'r')
unremoved_conffiles = unremoved_conffiles_f.read().strip().split('\n')
unremoved_conffiles_f.close()
temp_dir = self.extracted_package_dir
# load files list from `files` directory of package
self.loaded_files = []
self.load_files(temp_dir + '/files', temp_dir + '/files')
self.loaded_files = [[target_path + f[0], f[1]] for f in self.loaded_files]
# check file conflicts
all_installed_files = Pkg.get_all_installed_files_list()
for lf in self.loaded_files:
if not os.path.isdir(lf[1]):
for insf in all_installed_files:
if insf[0].split(':', 1)[0] != pkg.data['name']:
if lf[0] == insf[2]:
insf_pkg = Pkg.load_last(insf[0])
if insf_pkg:
insf[0] = insf[0] + ':' + insf_pkg.installed()
# check package is in `replaces` list
do_raise_error = True
replaces_list = pkg.get_replaces()
for rep in replaces_list:
if Pkg.check_state(rep):
tmp_parts = rep.split(' ')
tmp_parts = tmp_parts[0].split('>')
tmp_parts = tmp_parts[0].split('<')
tmp_parts = tmp_parts[0].split('=')
tmp_parts = tmp_parts[0]
if tmp_parts == insf[0].split(':', 1)[0]:
do_raise_error = False
if do_raise_error:
raise FileConflictError(
'package ' + pkg.data['name'] + ':' + pkg.data['version'] + ' and ' + insf[0] + ' both has file "' + lf[0] + '"'
)
# copy loaded files
self.copied_files = []
for f in self.loaded_files:
if os.path.exists(Env.base_path(f[0])):
if os.path.isfile(Env.base_path(f[0])):
if ('f:' + f[0]) in old_files or ('cf:' + f[0]) in old_files:
self.copy_once_file(f)
try:
old_files.pop(old_files.index(('f:' + f[0])))
except:
pass
else:
if f[0] in unremoved_conffiles:
self.copy_once_file(f)
unremoved_conffiles.pop(unremoved_conffiles.index(f[0]))
else:
self.copy_once_file(f)
else:
if ('d:' + f[0]) in old_files or ('cd:' + f[0]) in old_files:
if ('cd:' + f[0]) in old_files:
self.copied_files.append('cd:' + f[0])
old_files.pop(old_files.index(('cd:' + f[0])))
else:
self.copied_files.append('d:' + f[0])
old_files.pop(old_files.index(('d:' + f[0])))
else:
if f[0] in unremoved_conffiles:
self.copied_files.append('d:' + f[0])
unremoved_conffiles.pop(unremoved_conffiles.index(f[0]))
else:
self.copy_once_file(f)
# delete not wanted old files
for item in old_files:
parts = item.strip().split(':', 1)
if parts[0] == 'cf' or parts[0] == 'cd':
pass
else:
if os.path.isfile(parts[1]):
os.remove(parts[1])
else:
try:
os.rmdir(parts[1])
except:
# directory is not emptyr
directory_not_empty_event(pkg, parts[1])
# write new unremoved conffiles list
unremoved_conffiles_f = open(Env.unremoved_conffiles(), 'w')
new_content = ''
for item in unremoved_conffiles:
new_content += item + '\n'
unremoved_conffiles_f.write(new_content)
unremoved_conffiles_f.close()
return self.copied_files
def install(self, pkg: BaseArchive, index_updater_events: dict, installer_events: dict, is_manual=True, run_scripts=True, target_path='', keep_conffiles=False, check_security_blacklist=True):
"""
Install .cati package
Args:
pkg (BaseArchive): the package archive object
index_updater_events (dict): events will be passed to `dotcati.ListUpdater.update_indexes()`
installer_events (dict): The events
- package_currently_install: gets the current installed version
- package_new_installs: gets package archive
- package_installed: will call after package installation
- dep_and_conflict_error: will run when there is depends or conflict error
- arch_error: will run when package arch is not sync with sys arch
is_manual (bool): installed package as manual or not (default is True means manual)
run_scripts (bool): run package install scripts or not (default is True)
target_path (str): where is the target path for installed files (will pass to `self.copy_files()`)
keep_conffiles (bool): stil keep config files if changed (default is True)
check_security_blacklist (bool): check package is in security blacklist or not
"""
self.conffiles = pkg.get_conffiles()
self.pkg = pkg
self.keep_conffiles = keep_conffiles
self.uncopied_conffiles = {}
# check package is in security blacklist
if check_security_blacklist:
self.check_security_blacklist(pkg)
# check package architecture
if not pkg.data['arch'] in SysArch.allowed_archs():
return installer_events['arch_error'](pkg)
# check package dependencies and conflicts
try:
self.check_dep_and_conf(pkg)
except DependencyError as ex:
return installer_events['dep_and_conflict_error'](pkg, ex)
except ConflictError as ex:
return installer_events['dep_and_conflict_error'](pkg, ex)
# load old conffiles
self.old_conffiles = []
try:
f = open(Env.installed_lists('/' + pkg.data['name'] + '/conffiles'), 'r')
content = f.read()
f.close()
tmp = content.strip().split('\n')
self.old_conffiles = [item.strip().split('@') for item in tmp]
except:
pass
# add package data to lists
if not os.path.isdir(Env.packages_lists('/' + pkg.data['name'])):
os.mkdir(Env.packages_lists('/' + pkg.data['name']))
lists_path = Env.packages_lists('/' + pkg.data['name'] + '/' + pkg.data['version'] + '-' + pkg.data['arch'])
try:
lists_f = open(lists_path, 'r')
old_repo = json.loads(lists_f.read())['repo']
lists_f.close()
except:
old_repo = 'Local'
try:
lists_f = open(lists_path, 'r')
old_file_path = json.loads(lists_f.read())['file_path']
lists_f.close()
except:
old_file_path = False
try:
lists_f = open(lists_path, 'r')
old_file_sha256 = json.loads(lists_f.read())['file_sha256']
lists_f.close()
except:
old_file_sha256 = False
try:
lists_f = open(lists_path, 'r')
old_file_md5 = json.loads(lists_f.read())['file_md5']
lists_f.close()
except:
old_file_md5 = False
lists_f = open(lists_path, 'w')
pkg.data['repo'] = old_repo
if old_file_path != False:
pkg.data['file_path'] = old_file_path
tmp_pkg_data = pkg.data
if old_file_md5:
tmp_pkg_data['file_md5'] = old_file_md5
if old_file_sha256:
tmp_pkg_data['file_sha256'] = old_file_sha256
tmp_pkg_data['files'] = ['/' + member[6:] for member in pkg.members() if member[:6] == 'files/']
lists_f.write(json.dumps(tmp_pkg_data))
lists_f.close()
ListUpdater.update_indexes(index_updater_events)
# extract package in a temp place
temp_dir = Temp.make_dir()
os.rmdir(temp_dir)
try:
pkg.extractall(temp_dir)
except IsADirectoryError:
pass
self.extracted_package_dir = temp_dir
# install package
if Pkg.is_installed(pkg.data['name']):
installer_events['package_currently_installed'](pkg, Pkg.installed_version(pkg.data['name']))
else:
installer_events['package_new_installs'](pkg)
if run_scripts:
self.run_script('ins-before')
copied_files = self.copy_files(pkg, installer_events['directory_not_empty'], target_path)
# set install configuration
if not os.path.isdir(Env.installed_lists('/' + pkg.data['name'])):
os.mkdir(Env.installed_lists('/' + pkg.data['name']))
f_ver = open(Env.installed_lists('/' + pkg.data['name'] + '/ver'), 'w')
f_ver.write(pkg.data['version']) # write installed version
f_ver.close()
# write copied files list
f_files = open(Env.installed_lists('/' + pkg.data['name'] + '/files'), 'w')
copied_files_str = ''
for copied_file in copied_files:
copied_files_str += copied_file + '\n'
f_files.write(copied_files_str.strip()) # write copied files
f_files.close()
# write conffiles list
f_conffiles = open(Env.installed_lists('/' + pkg.data['name'] + '/conffiles'), 'w')
copied_conffiles_str = ''
for copied_conffile in copied_files:
if copied_conffile.split(':')[0] == 'cf':
try:
conffile_hash = self.uncopied_conffiles[copied_conffile.split(':', 1)[-1]]
except:
conffile_hash = calc_file_sha256(Env.base_path(copied_conffile.split(':', 1)[-1]))
copied_conffiles_str += conffile_hash + '@' + copied_conffile.split(':', 1)[-1] + '\n'
f_conffiles.write(copied_conffiles_str.strip()) # write copied conffiles
f_conffiles.close()
# copy `any` script
if os.path.isfile(self.extracted_package_dir + '/scripts/any'):
os.system('cp "' + self.extracted_package_dir + '/scripts/any' + '" "' + Env.any_scripts('/' + pkg.data['name']) + '"')
# save static files list
static_files_list = pkg.get_static_files()
f_static_files = open(Env.installed_lists('/' + pkg.data['name'] + '/staticfiles'), 'w')
static_files_str = ''
for copied_file in copied_files:
copied_file_path = copied_file.split(':', 1)[1]
if copied_file_path in static_files_list:
if os.path.isfile(Env.base_path('/' + copied_file_path)):
# calculate file sha256 sum
copied_file_sha256 = calc_file_sha256(Env.base_path('/' + copied_file_path))
# add file to list
static_files_str += copied_file_sha256 + '@' + copied_file_path + '\n'
f_static_files.write(static_files_str.strip()) # write copied files
f_static_files.close()
f_installed_at = open(Env.installed_lists('/' + pkg.data['name'] + '/installed_at'), 'w')
f_installed_at.write(str(time.time())) # write time (installed at)
f_installed_at.close()
if is_manual:
f_manual = open(Env.installed_lists('/' + pkg.data['name'] + '/manual'), 'w')
f_manual.write('')
f_manual.close()
if run_scripts:
self.run_script('ins-after')
# copy remove scripts
if os.path.isfile(self.extracted_package_dir + '/scripts/rm-before'):
os.system(
'cp "' + self.extracted_package_dir + '/scripts/rm-before' + '" "' + Env.installed_lists('/' + pkg.data['name'] + '/rm-before') + '"'
)
if os.path.isfile(self.extracted_package_dir + '/scripts/rm-after'):
os.system(
'cp "' + self.extracted_package_dir + '/scripts/rm-after' + '" "' + Env.installed_lists('/' + pkg.data['name'] + '/rm-after') + '"'
)
# pop package from state
BaseTransaction.pop_state()
# call package installed event
installer_events['package_installed'](pkg)
