class Installer:
"Installer class, provides install routines for pisi packages"
def __init__(self, package_fname):
"initialize from a file name"
self.package = Package(package_fname)
self.package.read()
self.metadata = self.package.metadata
self.files = self.package.files
self.pkginfo = self.metadata.package
def install(self, ask_reinstall = True):
"entry point"
ctx.ui.info('Installing %s, version %s, release %s, build %s' %
(self.pkginfo.name, self.pkginfo.version,
self.pkginfo.release, self.pkginfo.build))
self.ask_reinstall = ask_reinstall
self.check_requirements()
self.check_relations()
self.reinstall()
self.extract_install()
self.store_pisi_files()
if ctx.comard:
self.register_comar_scripts()
self.update_databases()
def check_requirements(self):
"""check system requirements"""
#TODO: IS THERE ENOUGH SPACE?
# what to do if / is split into /usr, /var, etc.
pass
def check_relations(self):
# check if package is in database
# If it is not, put it into 3rd party packagedb
if not packagedb.has_package(self.pkginfo.name):
db = packagedb.thirdparty_packagedb
db.add_package(self.pkginfo)
# check conflicts
for pkg in self.metadata.package.conflicts:
if ctx.installdb.is_installed(self.pkginfo):
raise InstallError("Package conflicts " + pkg)
# check dependencies
if not ctx.config.get_option('ignore_dependency'):
if not dependency.installable(self.pkginfo.name):
ctx.ui.error('Dependencies for ' + self.pkginfo.name +
' not satisfied')
raise InstallError("Package not installable")
def reinstall(self):
"check reinstall, confirm action, and remove package if reinstall"
pkg = self.pkginfo
if ctx.installdb.is_installed(pkg.name): # is this a reinstallation?
(iversion, irelease, ibuild) = ctx.installdb.get_version(pkg.name)
# determine if same version
same_ver = False
ignore_build = ctx.config.options and ctx.config.options.ignore_build_no
if (not ibuild) or (not pkg.build) or ignore_build:
# we don't look at builds to compare two package versions
if pkg.version == iversion and pkg.release == irelease:
same_ver = True
else:
if pkg.build == ibuild:
same_ver = True
if same_ver:
if self.ask_reinstall:
if not ctx.ui.confirm('Re-install same version package?'):
raise InstallError('Package re-install declined')
else:
upgrade = False
# is this an upgrade?
# determine and report the kind of upgrade: version, release, build
if pkg.version > iversion:
ctx.ui.info('Upgrading to new upstream version')
upgrade = True
elif pkg.release > irelease:
ctx.ui.info('Upgrading to new distribution release')
upgrade = True
elif ((not ignore_build) and ibuild and pkg.build
and pkg.build > ibuild):
ctx.ui.info('Upgrading to new distribution build')
upgrade = True
# is this a downgrade? confirm this action.
if self.ask_reinstall and (not upgrade):
if pkg.version < iversion:
x = 'Downgrade to old upstream version?'
elif pkg.release < irelease:
x = 'Downgrade to old distribution release?'
else:
x = 'Downgrade to old distribution build?'
if not ctx.ui.confirm(x):
raise InstallError('Package downgrade declined')
# remove old package then
operations.remove_single(pkg.name)
def extract_install(self):
"unzip package in place"
ctx.ui.info('Extracting files,')
self.package.extract_dir_flat('install', ctx.config.destdir)
def store_pisi_files(self):
"""put files.xml, metadata.xml, actions.py and COMAR scripts
somewhere in the file system. We'll need these in future..."""
ctx.ui.info('Storing %s, ' % ctx.const.files_xml)
self.package.extract_file(ctx.const.files_xml, self.package.pkg_dir())
ctx.ui.info('%s.' % ctx.const.metadata_xml)
self.package.extract_file(ctx.const.metadata_xml, self.package.pkg_dir())
for pcomar in self.metadata.package.providesComar:
fpath = os.path.join(ctx.const.comar_dir, pcomar.script)
# comar prefix is added to the pkg_dir while extracting comar
# script file. so we'll use pkg_dir as destination.
ctx.ui.info('Storing %s' % fpath)
self.package.extract_file(fpath, self.package.pkg_dir())
def register_comar_scripts(self):
"register COMAR scripts"
com = ctx.comard
for pcomar in self.metadata.package.providesComar:
scriptPath = os.path.join(self.package.comar_dir(),pcomar.script)
ctx.ui.info("Registering COMAR script %s" % pcomar.script)
com.register(pcomar.om,
self.metadata.package.name,
scriptPath)
while 1:
reply = com.read_cmd()
if reply[0] == com.RESULT:
break
elif reply[1] == com.ERROR:
raise InstallError, "COMAR.register failed!"
def update_databases(self):
"update databases"
# installdb
ctx.installdb.install(self.metadata.package.name,
self.metadata.package.version,
self.metadata.package.release,
self.metadata.package.build,
self.metadata.package.distribution)
# installed packages
packagedb.inst_packagedb.add_package(self.pkginfo)
class Install(AtomicOperation):
"Install class, provides install routines for pisi packages"
def __init__(self, package_fname, ignore_dep = None):
"initialize from a file name"
super(Install, self).__init__(ignore_dep)
self.package = Package(package_fname)
self.package.read()
self.metadata = self.package.metadata
self.files = self.package.files
self.pkginfo = self.metadata.package
def install(self, ask_reinstall = True):
"entry point"
ctx.ui.status(_('Installing %s, version %s, release %s, build %s') %
(self.pkginfo.name, self.pkginfo.version,
self.pkginfo.release, self.pkginfo.build))
ctx.ui.notify(pisi.ui.installing, package = self.pkginfo, files = self.files)
self.ask_reinstall = ask_reinstall
self.check_requirements()
self.check_relations()
self.check_reinstall()
self.extract_install()
self.store_pisi_files()
if ctx.comar:
import pisi.comariface as comariface
self.register_comar_scripts()
comariface.run_postinstall(self.pkginfo.name)
self.update_databases()
self.update_environment()
ctx.ui.status()
if self.upgrade:
event = pisi.ui.upgraded
else:
event = pisi.ui.installed
ctx.ui.notify(event, package = self.pkginfo, files = self.files)
def check_requirements(self):
"""check system requirements"""
#TODO: IS THERE ENOUGH SPACE?
# what to do if / is split into /usr, /var, etc.
pass
def check_relations(self):
# check conflicts
for pkg in self.metadata.package.conflicts:
if ctx.installdb.is_installed(self.pkginfo):
raise Error(_("Package conflicts %s") % pkg)
# check dependencies
if not ctx.config.get_option('ignore_dependency'):
if not self.pkginfo.installable():
ctx.ui.error(_('Dependencies for %s not satisfied') %
self.pkginfo.name)
raise Error(_("Package not installable"))
# check if package is in database
# If it is not, put it into 3rd party packagedb
if not packagedb.has_package(self.pkginfo.name):
db = packagedb.thirdparty_packagedb
db.add_package(self.pkginfo)
def check_reinstall(self):
"check reinstall, confirm action, and schedule reinstall"
pkg = self.pkginfo
self.reinstall = False
self.upgrade = False
if ctx.installdb.is_installed(pkg.name): # is this a reinstallation?
(iversion, irelease, ibuild) = ctx.installdb.get_version(pkg.name)
# determine if same version
same_ver = False
ignore_build = ctx.config.options and ctx.config.options.ignore_build_no
if (not ibuild) or (not pkg.build) or ignore_build:
# we don't look at builds to compare two package versions
if pkg.version == iversion and pkg.release == irelease:
same_ver = True
else:
if pkg.build == ibuild:
same_ver = True
if same_ver:
if self.ask_reinstall:
if not ctx.ui.confirm(_('Re-install same version package?')):
raise Error(_('Package re-install declined'))
else:
upgrade = False
# is this an upgrade?
# determine and report the kind of upgrade: version, release, build
if pkg.version > iversion:
ctx.ui.info(_('Upgrading to new upstream version'))
upgrade = True
elif pkg.release > irelease:
ctx.ui.info(_('Upgrading to new distribution release'))
upgrade = True
elif ((not ignore_build) and ibuild and pkg.build
and pkg.build > ibuild):
ctx.ui.info(_('Upgrading to new distribution build'))
upgrade = True
self.upgrade = upgrade
# is this a downgrade? confirm this action.
if self.ask_reinstall and (not upgrade):
if pkg.version < iversion:
x = _('Downgrade to old upstream version?')
elif pkg.release < irelease:
x = _('Downgrade to old distribution release?')
else:
x = _('Downgrade to old distribution build?')
if not ctx.ui.confirm(x):
raise Error(_('Package downgrade declined'))
# schedule for reinstall
self.old_files = ctx.installdb.files(pkg.name)
self.old_path = ctx.installdb.pkg_dir(pkg.name, iversion, irelease)
self.reinstall = True
Remove(pkg.name).run_preremove()
def extract_install(self):
"unzip package in place"
ctx.ui.info(_('Extracting files'))
self.package.extract_dir_flat('install', ctx.config.dest_dir())
if self.reinstall:
# remove left over files
new = set(map(lambda x: str(x.path), self.files.list))
old = set(map(lambda x: str(x.path), self.old_files.list))
leftover = old - new
old_fileinfo = {}
for fileinfo in self.old_files.list:
old_fileinfo[str(fileinfo.path)] = fileinfo
for path in leftover:
Remove.remove_file( old_fileinfo[path] )
def store_pisi_files(self):
"""put files.xml, metadata.xml, actions.py and COMAR scripts
somewhere in the file system. We'll need these in future..."""
ctx.ui.info(_('Storing %s, ') % ctx.const.files_xml)
self.package.extract_file(ctx.const.files_xml, self.package.pkg_dir())
ctx.ui.info(_('Storing %s.') % ctx.const.metadata_xml)
self.package.extract_file(ctx.const.metadata_xml, self.package.pkg_dir())
for pcomar in self.metadata.package.providesComar:
fpath = os.path.join(ctx.const.comar_dir, pcomar.script)
# comar prefix is added to the pkg_dir while extracting comar
# script file. so we'll use pkg_dir as destination.
ctx.ui.info(_('Storing %s') % fpath)
self.package.extract_file(fpath, self.package.pkg_dir())
def register_comar_scripts(self):
"register COMAR scripts"
for pcomar in self.metadata.package.providesComar:
scriptPath = os.path.join(self.package.comar_dir(),pcomar.script)
import pisi.comariface
pisi.comariface.register(pcomar, self.metadata.package.name,
scriptPath)
def update_databases(self):
"update databases"
if self.reinstall:
Remove(self.metadata.package.name).remove_db()
Remove.remove_pisi_files(self.old_path)
# installdb
ctx.installdb.install(self.metadata.package.name,
self.metadata.package.version,
self.metadata.package.release,
self.metadata.package.build,
self.metadata.package.distribution)
# filesdb
ctx.filesdb.add_files(self.metadata.package.name, self.files)
# installed packages
packagedb.inst_packagedb.add_package(self.pkginfo)
def update_environment(self):
# check if we have any shared objects or anything under
# /etc/env.d
shared = False
for x in self.files.list:
if x.path.endswith('.so') or x.path.startswith('/etc/env.d'):
shared = True
break
if not ctx.get_option('bypass_ldconfig'):
if shared:
ctx.ui.info(_("Regenerating /etc/ld.so.cache..."))
util.env_update()
else:
ctx.ui.warning(_("Bypassing ldconfig"))
