def dump(self,
keys=[],
sparse=False,
pnative=False,
prefix='',
none_str=''):
cfg = self.get(keys, sparse)
if pnative:
print cfg
else:
printcfg(cfg, prefix=prefix, level=len(keys), none_str=none_str)
'cde': 'foo',
},
'hostnames': {
'host 1': {
'work dir': '/a/b/c',
'running dir': '/a/b/c/d'
},
'host 2': {
'work dir': '/x/b/c',
'running dir': '/x/b/c/d'
},
}
}
x2 = converter(lambda x: 2 * x, 'value x 2')
printcfg(cfg)
sys.stdout.write('\n')
upg = upgrader(cfg, 'test file')
# successive upgrades are incremental - at least until I think of a
# good way to remember what items have already been translated...
upg.deprecate('1.3', ['item one'], ['item ONE'], x2)
upg.deprecate('1.3', ['section A'], ['Heading A'])
# NOTE change to new item keys here!
upg.deprecate('1.3', ['Heading A', 'cde'], ['Heading A', 'CDE'])
upg.deprecate('1.4', ['Heading A', 'abc'], cvtr=x2, silent=True)
upg.deprecate('1.4.1', ['item two'], ['Heading A', 'item two'],
silent=True)
upg.deprecate('1.5', ['hostnames'], ['hosts'])
upg.deprecate('1.5', ['hosts', '__MANY__', 'running dir'],
['hosts', '__MANY__', 'run dir'])
{
'host 1' :
{
'work dir' : '/a/b/c',
'running dir' : '/a/b/c/d'
},
'host 2' :
{
'work dir' : '/x/b/c',
'running dir' : '/x/b/c/d'
},
}
}
x2 = converter( lambda x: 2*x, 'value x 2' )
printcfg(cfg)
print
upg = upgrader( cfg, 'test file' )
# successive upgrades are incremental - at least until I think of a
# good way to remember what items have already been translated...
upg.deprecate( '1.3', ['item one' ], ['item ONE'], x2 )
upg.deprecate( '1.3', ['section A'], ['Heading A'] )
upg.deprecate( '1.3', ['Heading A','cde'], ['Heading A', 'CDE'] ) # NOTE change to new item keys here!
upg.deprecate( '1.4', ['Heading A','abc'], cvtr=x2, silent=True )
upg.deprecate( '1.4.1', ['item two'], ['Heading A','item two'], silent=True )
upg.deprecate( '1.5', ['hostnames'], ['hosts'] )
upg.deprecate( '1.5', ['hosts', '__MANY__', 'running dir'], ['hosts','__MANY__', 'run dir'] )
upg.upgrade()
def print_cfg():
printcfg(get_cfg())
def print_cfg():
printcfg(get_cfg())
def dump( self, keys=[], sparse=False, pnative=False, prefix='', none_str='' ):
cfg = self.get( keys, sparse )
if pnative:
print cfg
else:
printcfg( cfg, prefix=prefix, level=len(keys), none_str=none_str )
