def __init__(self, name='redhat.repo'):
     ConfigParser.__init__(self)
     # note PATH get's expanded with chroot info, etc
     self.path = Path.join(self.PATH, name)
     self.repos_dir = Path.abs(self.PATH)
     self.manage_repos = manage_repos_enabled()
     # Simulate manage repos turned off if no yum.repos.d directory exists.
     # This indicates yum is not installed so clearly no need for us to
     # manage repos.
     if not self.path_exists(self.repos_dir):
         log.warn("%s does not exist, turning manage_repos off." %
                 self.repos_dir)
         self.manage_repos = False
     self.create()

 def __init__(self, path=None, name=None):
     # note PATH get's expanded with chroot info, etc
     path = path or self.PATH
     name = name or self.NAME
     self.path = Path.join(path, name)
     self.repos_dir = Path.abs(path)
     self.manage_repos = manage_repos_enabled()
     # Simulate manage repos turned off if no repos directory exists.
     # This indicates the corresponding package manager is not installed so
     # clearly no need for us to manage repos.
     if not self.path_exists(self.repos_dir):
         log.warn("%s does not exist, turning manage_repos off." %
                 self.repos_dir)
         self.manage_repos = False
     else:
         self.create()

 def __init__(self, name='redhat.repo'):
     ConfigParser.__init__(self)
     # note PATH get's expanded with chroot info, etc
     self.path = Path.join(self.PATH, name)
     self.repos_dir = Path.abs(self.PATH)
     self.manage_repos = 1
     if CFG.has_option('rhsm', 'manage_repos'):
         self.manage_repos = int(CFG.get('rhsm', 'manage_repos'))
     # Simulate manage repos turned off if no yum.repos.d directory exists.
     # This indicates yum is not installed so clearly no need for us to
     # manage repos.
     if not os.path.exists(self.repos_dir):
         log.warn("%s does not exist, turning manage_repos off." %
                 self.repos_dir)
         self.manage_repos = 0
     self.create()

 def installed(cls):
     return os.path.exists(Path.abs(cls.PATH))

 def test_normal_pathjoin(self):
     ed = EntitlementDirectory()
     self.assertEquals('/etc/pki/entitlement/1-key.pem',
             Path.join(ed.productpath(), "1-key.pem"))

 def test_sysimage_pathjoin(self):
     Path.ROOT = '/mnt/sysimage'
     ed = EntitlementDirectory()
     self.assertEquals('/mnt/sysimage/etc/pki/entitlement/1-key.pem',
             Path.join(ed.productpath(), '1-key.pem'))

 def test_modified_root_no_trailing_slash(self):
     Path.ROOT = '/mnt/sysimage'
     self.assertEquals('/mnt/sysimage/etc/pki/consumer/',
             Path.abs('/etc/pki/consumer/'))
     self.assertEquals('/mnt/sysimage/etc/pki/consumer/',
             Path.abs('etc/pki/consumer/'))

 def test_modified_root(self):
     Path.ROOT = '/mnt/sysimage/'
     self.assertEquals('/mnt/sysimage/etc/pki/consumer/',
             Path.abs('/etc/pki/consumer/'))
     self.assertEquals('/mnt/sysimage/etc/pki/consumer/',
             Path.abs('etc/pki/consumer/'))

 def test_normal_root(self):
     # this is the default, but have to set it as other tests can modify
     # it if they run first.
     self.assertEquals('/etc/pki/consumer/', Path.abs('/etc/pki/consumer/'))
     self.assertEquals('/etc/pki/consumer/', Path.abs('etc/pki/consumer/'))

 def certpath():
     return str(Path.join(ConsumerIdentity.PATH, ConsumerIdentity.CERT))

 def keypath():
     return str(Path.join(ConsumerIdentity.PATH, ConsumerIdentity.KEY))

 def __mkdir(self):
     path = Path.abs(self.PATH)
     if not os.path.exists(path):
         os.mkdir(path)

 def certpath(cls):
     return Path.join(cls.PATH, cls.CERT)

 def keypath(cls):
     return Path.join(cls.PATH, cls.KEY)