def get_child(self, child):
if not isinstance(child, str):
child = child.name
c = self.__children
if c.has_key(child):
return c[child]
raise ENoSuchName(child)
def discover_name(self, name, **options):
if self._should_discover(**options):
try:
self.discover()
except Exception, e:
msglog.exception()
raise ENoSuchName(name)
def get_position(self, column, seq=None):
if type(column) == types.IntType:
return column
try:
column = self.get_names(seq).index(column)
except (ValueError):
raise ENoSuchName(column)
return column
def get_child(self, name):
if not self.has_child(name):
raise ENoSuchName(name, self)
path = os.path.join(self.as_remote_path(), quote_plus(name))
return self.host.as_remote_node(path)
class TestCase(DefaultTestFixture):
class Int(int):
pass
class Long(long):
pass
class Float(float):
pass
class Dict(dict):
pass
class List(list):
pass
class Tuple(tuple):
pass
class String(str):
pass
# Regex would be better/more flexible...
# @fixme test StreamingTupleWithCallback -> array
SIMPLE_TESTS = (
# {"one":1} -> struct
({
"one": 1
}, '<params>\n<param>\n<value><struct>\n<member>\n<name>one</name>\n'
'<value><int>1</int></value>\n</member>\n</struct></value>\n'
'</param>\n</params>\n'),
# Dict({"two":2}) -> struct
(Dict({"two": 2}),
'<params>\n<param>\n<value><struct>\n<member>\n<name>two</name>\n'
'<value><int>2</int></value>\n</member>\n</struct></value>\n'
'</param>\n</params>\n'),
# 3.0 -> double
(3.0,
'<params>\n<param>\n<value><double>3.0</double></value>\n</param>\n'
'</params>\n'),
# Float(4.0) -> double
(Float(4.0),
'<params>\n<param>\n<value><double>4.0</double></value>\n</param>\n'
'</params>\n'),
# 5 -> int
(5, '<params>\n<param>\n<value><int>5</int></value>\n</param>\n'
'</params>\n'),
# Int(6) -> int
(Int(6), '<params>\n<param>\n<value><int>6</int></value>\n</param>\n'
'</params>\n'),
# [7] -> array
([7], '<params>\n<param>\n<value><array><data>\n'
'<value><int>7</int></value>\n</data></array></value>\n</param>\n'
'</params>\n'),
# List([8]) -> array
(List([8]), '<params>\n<param>\n<value><array><data>\n'
'<value><int>8</int></value>\n</data></array></value>\n</param>\n'
'</params>\n'),
# 9L -> int
(9L, '<params>\n<param>\n<value><int>9</int></value>\n</param>\n'
'</params>\n'),
# Long(10) -> int
(Long(10),
'<params>\n<param>\n<value><int>10</int></value>\n</param>\n'
'</params>\n'),
# 'eleven' -> string
('eleven',
'<params>\n<param>\n<value><string><![CDATA[eleven]]></string></value>'
'</param>\n</params>\n'),
# String('twelve') -> string
(String('twelve'),
'<params>\n<param>\n<value><string><![CDATA[twelve]]></string></value>'
'</param>\n</params>\n'),
# (13,) -> tuple
((13, ), '<params>\n<param>\n<value><array><data>\n'
'<value><int>13</int></value>\n</data></array></value>\n</param>\n'
'</params>\n'),
# Tuple((14,)) -> tuple
(Tuple((14, )), '<params>\n<param>\n<value><array><data>\n'
'<value><int>14</int></value>\n</data></array></value>\n</param>\n'
'</params>\n'),
# Exceptions -> string
(Exception('this is an exception'),
"<params>\n<param>\n<value><string><![CDATA["
"error: Exception('this is an exception',)"
"]]></string></value></param>\n</params>\n"),
(OverflowError('long int exceeds XML-RPC limits'),
"<params>\n<param>\n<value><string><![CDATA["
"error: OverflowError('long int exceeds XML-RPC limits',)"
"]]></string></value></param>\n</params>\n"),
(ENoSuchName('/bogus/path'),
"<params>\n<param>\n<value><string><![CDATA["
"error: ENoSuchName('/bogus/path',)"
"]]></string></value></param>\n</params>\n"),
(ETimeout(), "<params>\n<param>\n<value><string><![CDATA["
"error: ETimeout()"
"]]></string></value></param>\n</params>\n"),
# 2147483647L -> int
(2147483647L,
'<params>\n<param>\n<value><int>2147483647</int></value>\n</param>\n'
'</params>\n'),
# 2147483648L -> double (coerced)
(2147483648L,
'<params>\n<param>\n<value><double>2147483648.0</double></value>\n'
'</param>\n</params>\n'),
# Long(2147483649L) -> double (coerced)
(2147483649L,
'<params>\n<param>\n<value><double>2147483649.0</double></value>\n'
'</param>\n</params>\n'),
)
def test_simple_conversions(self):
for value, valid_result in self.SIMPLE_TESTS:
result = dumps((value, ))
self.assert_comparison(repr(result), '==', repr(valid_result))
return
if debug: print 'unknown soap error'
self._last_exception = e
raise e
pass
for child in self.children_nodes():
if hasattr(child, 'Name'):
child.result = Result()
child.result.timestamp = time.time()
if values.has_key(child.Name):
child.soap_attributes = values[child.Name]
if child.soap_attributes.has_key('Value'):
child.result.value = str(values[child.Name]['Value'])
else:
child.result.value = None
else: #missing key
child.result.value = ENoSuchName(child.Name, values)
self._last_exception = None
class Point(CompositeNode):
def __init__(self):
CompositeNode.__init__(self)
self.soap_attributes = {}
self.result = None
def configure(self, config):
CompositeNode.configure(self, config)
set_attribute(self, 'debug', debug, config, as_boolean)
set_attribute(self, 'Name', REQUIRED, config, str)
set_attribute(self, 'Type', REQUIRED, config, str)
def get_group(self, entity_path, group_name):
group = self.get_group_instance(entity_path, group_name)
if not group:
raise ENoSuchName()
return group.get_group_config()