def _encode_class(self, data_type):
"""Encode a class to an XML string.
Args:
data_type (type): class to encode.
Returns:
ElementTree. XML element represent the class.
"""
class_element = builder.E(self._CLASS_TYPE)
type_element = builder.E(TYPE_NAME,
self._encode(extract_type_path(data_type)))
class_element.append(type_element)
return class_element
def _encode_list(self, list_data):
"""Encode a list to an XML string.
Args:
list_data (list): list to encode.
Returns:
ElementTree. XML element represent a list.
"""
list_element = builder.E(self._LIST_TYPE)
for item in list_data:
element = builder.E(self._LIST_ITEM_TYPE, self._encode(item))
list_element.append(element)
return list_element
def to_tag(self):
return B.E.file(
B.E.path(unicode(self.path)),
*(([B.E.size(str(self.size))] if self.size >= 0 else []) + [
B.E.hash(B.E(hash, hval))
for (hash, hval) in self.hashes.items()
]))
def create_activity(self,
body='',
locale='en_US',
content_type='linkedin-html'):
log.info("creating activity: %r", body)
tree = builder.E(
"activity",
builder.E("content-type", content_type),
builder.E("body", body),
locale=locale,
)
doc = etree.tostring(tree, standalone=True, encoding='UTF-8')
def success(resp):
log.info("create_activity success.")
self.api.call("people/~/person-activities").POST(data=doc,
success=success)
def _encode_message(self, message):
"""Encode a message to XML string.
Args:
message (AbstractMessage): a message to encode.
Returns:
str. XML string that represent the encoded message.
"""
header = builder.E(message.__class__.__name__)
for slot in message.__slots__:
slot_value = getattr(message, slot)
# BasicStruct handle None slots.
slot_element = builder.E(slot, self._encode(slot_value))
header.append(slot_element)
return etree.tostring(header)
def post_comment(self, post_id, comment, callback=None):
post = self.get_post_by_id(post_id)
if post is None:
return callback.error({'error_msg': "Network update not found"})
update_key = post.update_key
post_data = etree.tostring(builder.E("update-comment",
builder.E("comment", comment)),
standalone=True,
encoding='UTF-8')
self.api.call('people/~/network/updates/key=%s/update-comments' %
update_key.encode('url')).POST(
post_data,
success=callback.success,
error=lambda err: self._post_comment_error(
err, callback=callback))
def _encode_resource(self, resource):
"""Encode a resource to an XML string.
Args:
resource (BaseResource): resource to encode.
Returns:
ElementTree. XML element represent a resource.
"""
resource_element = builder.E(self._RESOURCE_TYPE)
type_name = extract_type_path(type(resource))
type_element = builder.E(TYPE_NAME, self._encode(type_name))
resource_element.append(type_element)
data_element = builder.E(DATA_NAME, self._encode(resource.data))
resource_element.append(data_element)
return resource_element
def E(*args, **kwargs):
fixed_kwargs = {}
for k, v in kwargs.items():
if k == "href":
k = "{http://www.w3.org/1999/xlink}href"
if k.endswith("_"):
k = k.strip("_")
if isinstance(v, (int, float)):
v = str(v)
fixed_kwargs[k] = v
return builder.E(*args, **fixed_kwargs)
def _encode_resource_data(self, resource_data):
"""Encode resource data to an XML string.
Args:
resource_data (ResourceData): resource to encode.
Returns:
ElementTree. XML element represent a resource.
"""
resource_element = builder.E(self._RESOURCE_DATA_TYPE)
type_name = extract_type_path(type(resource_data))
type_element = builder.E(TYPE_NAME, self._encode(type_name))
resource_element.append(type_element)
properties_element = \
builder.E(PROPERTIES,
self._encode(resource_data.get_fields()))
resource_element.append(properties_element)
return resource_element
def _encode_dict(self, dict_data):
"""Encode a dictionary to an XML string.
Args:
dict_data (dict): dictionary to encode.
Returns:
ElementTree. XML element represent a dictionary.
Raises:
ParsingError: one of the keys is not of type str.
"""
dict_element = builder.E(self._DICT_TYPE)
for key, value in dict_data.iteritems():
if not isinstance(key, basestring):
raise ParsingError("Failed to encode dictionary, "
"key %r is not a string" % key)
element = builder.E(key, self._encode(value))
dict_element.append(element)
return dict_element
def generate_manifest(root, hashes=('md5', ), ignore=()):
root = path.path(root)
hashes = tuple(hashes)
file_tags = []
for file in root.walkfiles():
if any(file.startswith(d) for d in ignore):
continue
file = path.path(file)
short = root.relpathto(file)
f = FileMeta(short, file.size, (zip(hashes, hashfile(file, hashes))))
file_tags.append(f.to_tag())
manifest = B.E('manifest', *file_tags)
return etree.tostring(manifest)
def set_status(self, msg, callback=None):
self.api.call("people/~/current-status").PUT(data=etree.tostring(
builder.E("current-status", msg),
standalone=True,
encoding='UTF-8'),
callback=callback)