def __init__(self):
"""One instance of Globals is created during application
initialization and is available during requests via the 'g'
variable.
"""
try:
import perl
except ImportError:
print "You need the pyperl module installed."
print "You can get it from the ISPManSOAP source"
sys.exit(1)
self.perl = perl
log.debug('Perl Is Now Setup')
ispman_installdir = os.path.abspath(config['app_conf']['ispman_base_dir'])
# Get Perl's @INC reference
inc = perl.get_ref("@INC")
# Add ISPMan lib directory to perl's @INC
ispman_libs = os.path.join(ispman_installdir, 'lib')
inc.append(ispman_libs)
# Setup an ISPMan instance
perl.require('ISPMan')
perl.require('CGI')
try:
ispman_perl = perl.eval(
'$ENV{"HTTP_USER_AGENT"} = "PYTHON-CCP"; ' +
'$ispman = ISPMan->new() or die "$@"'
)
except Exception, e:
print e
def __init__(self):
"""One instance of Globals is created during application
initialization and is available during requests via the 'g'
variable
"""
ispman_installdir = os.path.abspath(config['app_conf']['ispman_base_dir'])
check_path_perms(ispman_installdir)
try:
import perl
except ImportError:
print "You need the pyperl module installed."
print "You can get it from:"
print " http://www.felix-schwarz.name/files/opensource/pyperl/"
sys.exit(1)
# Get Perl's @INC reference
inc = perl.get_ref("@INC")
# Add ISPMan lib directory to perl's @INC
ispman_libs = os.path.join(ispman_installdir, 'lib')
check_path_perms(ispman_libs)
inc.append(ispman_libs)
# Setup an ISPMan instance
perl.require('ISPMan')
perl.require('CGI')
try:
# Make ISPMan recognize us as a Control Panel
self.ispman = perl.eval(
'$ENV{"HTTP_USER_AGENT"} = "PYTHON-CCP"; ' +
'$ispman = ISPMan->new() or die "$@"'
)
except Exception, e:
print e
def __init__(self, name):
Processor.__init__(self, name)
perl.eval('use lib "%s"' % self.knabdir)
perl.require('Knab::Dumper')
perl.require('Knab::Conf')
perl.require('Knab::Modules')
perl.require('Knab::Processor')
perl.eval('$::dumper=new Knab::Dumper();')
perl.eval('$::config = new Knab::Conf(Basedir=>"%s", Filename=>"%s");' % (self.knabdir, self.config))
factoidDB = perl.eval('$::config->getValue("FactoidDB/module");')
perl.require(factoidDB)
perl.eval('$::db=new %s();' % factoidDB)
modules = perl.callm('new', 'Knab::Modules')
self.processor = perl.callm('new', 'Knab::Processor', modules)
def __init__(self, name):
Processor.__init__(self, name)
perl.eval('use lib "%s"' % self.knabdir)
perl.require('Knab::Dumper')
perl.require('Knab::Conf')
perl.require('Knab::Modules')
perl.require('Knab::Processor')
perl.eval('$::dumper=new Knab::Dumper();')
perl.eval(
'$::config = new Knab::Conf(Basedir=>"%s", Filename=>"%s");' %
(self.knabdir, self.config))
factoidDB = perl.eval('$::config->getValue("FactoidDB/module");')
perl.require(factoidDB)
perl.eval('$::db=new %s();' % factoidDB)
modules = perl.callm('new', 'Knab::Modules')
self.processor = perl.callm('new', 'Knab::Processor', modules)
def perl_require(mod):
# Some caching since the real 'perl.require' is a bit
# heavy.
global INC
try:
return INC[mod]
except KeyError:
pass
import perl
INC[mod] = perl.require(mod)
return INC[mod]
def perl_require(mod):
# Some caching since the real 'perl.require' is a bit
# heavy.
global INC
try:
return INC[mod]
except KeyError:
pass
import perl
INC[mod] = perl.require(mod)
return INC[mod]
def __init__(self, dsn, user=None, password=None):
global perl
if not perl:
import perl
perl.require("DBI")
conf = perl.get_ref("%")
conf["RaiseError"] = 0
conf["PrintError"] = 0
conf["AutoCommit"] = 1
self.dbh = perl.callm("connect", "DBI", dsn, user, password, conf)
if self.dbh is None:
raise OperationalError(perl.eval("$DBI::errstr"))
self.dbh["RaiseError"] = 1
try:
self.dbh["AutoCommit"] = 0
self.autocommit = 0
except:
self.autocommit = 1
def __init__(self, dsn, user=None, password=None):
global perl
if not perl:
import perl
perl.require("DBI")
conf = perl.get_ref("%")
conf["RaiseError"] = 0
conf["PrintError"] = 0
conf["AutoCommit"] = 1
self.dbh = perl.callm("connect", "DBI", dsn, user, password, conf)
if self.dbh is None:
raise OperationalError, perl.eval("$DBI::errstr")
self.dbh["RaiseError"] = 1
try:
self.dbh["AutoCommit"] = 0
self.autocommit = 0
except:
self.autocommit = 1
def perl_require(mod):
# Some caching since the real 'perl.require' is a bit
# heavy.
id = get_ident()
global INC
try:
return INC[id][mod]
except KeyError:
pass
import perl
if id not in INC:
INC[id] = {}
INC[id][mod] = perl.require(mod)
return INC[id][mod]
def perl_require(mod):
# Some caching since the real 'perl.require' is a bit
# heavy.
id = get_ident()
global INC
try:
return INC[id][mod]
except KeyError:
pass
import perl
if not INC.has_key(id):
INC[id] = {}
INC[id][mod] = perl.require(mod)
return INC[id][mod]
import shutil,os,perl,string,fnmatch,re,time
from drakx.common import *
perl.require("URPM")
perl.require("urpm")
perl.require("urpm::select")
class Distribution(object):
def __init__(self, config, arch, media, includelist, excludelist, rpmsrate, compssusers, filedeps, suggests = False, synthfilter = ".cz:gzip -9", root="/usr/lib64/drakx-installer/root", stage1=None, stage2=None, advertising=None, gpgName=None, gpgPass=None):
volumeid = ("%s-%s-%s-%s" % (config.vendor, config.product, config.version, arch)).upper()
if len(volumeid) > 32:
print("length of volumeid '%s' (%d) > 32" % (volumeid, len(volumeid)))
exit(1)
self.arch = arch
self.media = {}
for m in media:
self.media[m.name] = m
tmpdir = config.tmpdir+"/"+arch
repopath = config.repopath+"/"+self.arch
config.rootdir = root
print(color("Parsing lists of packages to include", GREEN))
includes = []
for pkglf in includelist:
f = open(pkglf)
for line in f.readlines():
line = line.strip()
if not line or line[0] == "#":
continue
if line.startswith("CAT_"):
category, weight = line.split()
# After this module is loaded, perl object can be pickled
# The perl objects can even contain python objects that contain
# perl objects that contain python objects that...
#
# You are not supposed to use any functions from this module.
# Just use Pickle as usual.
#
# Copyright 2000-2001 ActiveState
import perl
perl.require("Storable")
perl.callm("VERSION", "Storable", 0.7)
storable_thaw = perl.get_ref("Storable::thaw")
storable_nfreeze = perl.get_ref("Storable::nfreeze")
def perl_restore(frozen):
return storable_thaw(frozen)
def perl_reduce(o):
return (perl_restore, (storable_nfreeze(o), ))
import copyreg
copyreg.pickle(type(perl.get_ref("$")), perl_reduce, perl_restore)
del (copy_reg)
from pickle import dumps, loads
if not row:
break
print row
The object returned by connect() is actually the Perl DBI datahandle
object. This means that the interface provided with be exactly like
that of the Perl DBI. Extended documentation on DBI available from
the 'perldoc DBI' command.
The dbi2 module provide an interface to Perl DBI that conforms to
Python's own DB API.
"""
import perl
perl.require("DBI")
def connect(data_source, username, password="", **attr):
"""Make a new connection to the database
The first parameter is the data_source string (something beginning with "DBI:").
Then there is a username and a password and at last other named configuration
parameters like; RaiseError, PrintError and AutoCommit.
"""
dbh = perl.callm("connect", "DBI", data_source, username, password,
dict2hash(attr))
return dbh
def available_drivers():
if not row:
break
print row
The object returned by connect() is actually the Perl DBI datahandle
object. This means that the interface provided with be exactly like
that of the Perl DBI. Extended documentation on DBI available from
the 'perldoc DBI' command.
The dbi2 module provide an interface to Perl DBI that conforms to
Python's own DB API.
"""
import perl
perl.require("DBI")
def connect(data_source, username, password="", **attr):
"""Make a new connection to the database
The first parameter is the data_source string (something beginning with "DBI:").
Then there is a username and a password and at last other named configuration
parameters like; RaiseError, PrintError and AutoCommit.
"""
dbh = perl.callm("connect", "DBI", data_source, username, password,
dict2hash(attr))
return dbh
def available_drivers():
return perl.callm_tuple("available_drivers", "DBI")
import shutil,os,perl,string,fnmatch,re,time,urllib2
from drakx.common import *
perl.require("URPM")
perl.require("urpm")
perl.require("urpm::select")
class Distribution(object):
def __init__(self, config, arch, media, includelist, excludelist, rpmsrate, compssusers, filedeps, suggests = False, synthfilter = ".cz:gzip -9", root="/usr/lib64/drakx-installer/root", stage1=None, stage2=None, advertising=None, gpgName=None, gpgPass=None):
volumeid = ("%s-%s-%s-%s" % (config.vendor, config.product, config.version, arch)).upper()
if len(volumeid) > 32:
print "length of volumeid '%s' (%d) > 32" % (volumeid, len(volumeid))
exit(1)
self.arch = arch
self.media = {}
for m in media:
self.media[m.name] = m
tmpdir = config.tmpdir+"/"+arch
repopath = config.repopath+"/"+self.arch
config.rootdir = root
print color("Parsing lists of packages to include", GREEN)
includes = []
for pkglf in includelist:
f = open(pkglf)
for line in f.readlines():
line = line.strip()
if not line or line[0] == "#":
continue
if line.startswith("CAT_"):
category, weight = line.split()
import perl
perl.require("LWP::Simple")
get = perl.get_ref("LWP::Simple::get")
doc = get("http://www.python.org")
print doc
import perl
perlmod = perl.require("URPM")
class URPM(object):
def __init__(self):
self.urpm = perl.callm("new", "URPM")
self.pkgs = []
def parse_hdlist(self, path, packing=0, keep_all_tags=0):
return perl.callm_tuple("parse_hdlist", self.urpm, path, {packing: packing, keep_all_tags: keep_all_tags})
def __ret(self, pkg):
self.pkgs.append(Package(pkg))
def load(self):
perl.callm_tuple("traverse", self.urpm, self.__ret)
class DB(object):
def __init__(self, path=None, write=0):
self.db = perl.callm_tuple("open", "URPM::DB", path, write)
def __ret(self, pkg):
self.pkgs.append(Package(pkg))
def load(self):
perl.callm_tuple("traverse", self.db, self.__ret)