def dump(self, keys=None, sparse=False, pnative=False, prefix='',
none_str=''):
if not keys:
keys = []
cfg = self.get(keys, sparse)
if pnative:
print(cfg)
else:
printcfg(cfg, prefix=prefix, level=len(keys), none_str=none_str)
def dump(self, keys=None, sparse=False, pnative=False, prefix='',
none_str=''):
if not keys:
keys = []
cfg = self.get(keys, sparse)
if pnative:
print(cfg)
else:
printcfg(cfg, prefix=prefix, level=len(keys), none_str=none_str)
def test_printcfg_list_values(self):
cfg = OrderedDictWithDefaults()
cfg['root'] = OrderedDictWithDefaults()
cfg['root']['special'] = ['a', 'b', 'c', None]
cfg['root']['normal'] = 0
myhandle = StringIO()
printcfg(cfg, handle=myhandle, none_str='d')
expected = "[root]\n special = a, b, c, d\n normal = 0\n"
actual = myhandle.getvalue()
self.assertEqual(expected, actual)
def test_printcfg_break_lines(self):
cfg = OrderedDictWithDefaults()
cfg['root'] = OrderedDictWithDefaults()
cfg['root']['special'] = "\nthis is\nvalid"
cfg['root']['normal'] = 0
myhandle = StringIO()
printcfg(cfg, handle=myhandle)
expected = "[root]\n special = \"\"\"\n \n " \
" this is\n valid\n \"\"\"\n normal = 0\n"
actual = myhandle.getvalue()
self.assertEqual(expected, actual)
def test_printcfg_none_str_is_none(self):
cfg = OrderedDictWithDefaults()
cfg['root'] = OrderedDictWithDefaults()
cfg['root']['special'] = 1
cfg['root']['normal'] = 0
cfg['root'][None] = None
cfg[None] = None
myhandle = StringIO()
printcfg(cfg, handle=myhandle, none_str=None)
expected = "[root]\n special = 1\n normal = 0\n"
actual = myhandle.getvalue()
self.assertEqual(expected, actual)
def dump(self,
keys=None,
sparse=False,
prefix='',
none_str='',
handle=None):
if not keys:
keys = []
cfg = self.get(keys, sparse)
printcfg(cfg,
prefix=prefix,
level=len(keys),
none_str=none_str,
handle=handle)
'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',
'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'])