def discover_api(self):
"""
Discovers the remote API using the special method '0'. After this
the client will have a `vim` attribute containing an object
that implements an interface similar to the one found in the
python-vim module(legacy python->vim bridge)
"""
if self.vim:
# Only need to do this once
return
channel_id, api = self.rpc_request("vim_get_api_info", [])
# The 'Vim' class is the main entry point of the api
types = {'vim': type('Vim', (), {})}
setattr(types['vim'], 'loop_start',
lambda s, *args, **kwargs: self.loop_start(*args, **kwargs))
setattr(types['vim'], 'loop_stop',
lambda s, *args, **kwargs: self.loop_stop(*args, **kwargs))
setattr(types['vim'], 'next_message',
lambda s, *args, **kwargs: self.next_message(*args, **kwargs))
setattr(types['vim'], 'post',
lambda s, *args, **kwargs: self.post(*args, **kwargs))
# Build types for manipulating the remote structures, assigning to a
# dict using lower case names as keys, so we can easily match methods
# in the API.
for cls in api['types']:
klass = type(cls + 'Base', (Remote,), {})
# Methods of this class will pass an integer representing the
# remote object as first argument
types[cls.lower()] = klass
# now build function wrappers
for function in api['functions']:
# Split the name on underscores, the first part is the class name,
# the remaining is the function name
class_name, method_name = function['name'].split('_', 1)
generate_wrapper(self,
types[class_name],
method_name,
function['name'],
function['return_type'],
function['parameters'])
if self.vim_compatible:
make_vim_compatible(types['vim'])
# Now apply all available mixins to the generated types
for name, mixin in mixins.items():
types[name] = type(mixin.__name__, (types[name], mixin,), {})
# Create the 'vim object', which is a singleton of the 'Vim' class
self.vim = types['vim']()
# Initialize with some useful attributes
types['vim'].initialize(self.vim, types, channel_id, api)
# Add attributes for each other class
for name, klass in types.items():
if name != 'vim':
setattr(self.vim, klass.__name__, klass)
# Configure the rpc stream with type information
self.stream.configure(self.vim)
self.vim
def discover_api(self):
"""
Discovers the remote API using the special method '0'. After this
the client will have a `vim` attribute containing an object
that implements an interface similar to the one found in the
python-vim module(legacy python->vim bridge)
"""
if self.vim:
# Only need to do this once
return
channel_id, api = self.msgpack_rpc_request(0, [])[3]
api = msgpack.unpackb(api)
# The 'Vim' class is the main entry point of the api
classes = {'vim': type('Vim', (), {})}
setattr(classes['vim'], 'next_event',
lambda s, *args, **kwargs: self.next_event(*args, **kwargs))
setattr(classes['vim'], 'expect',
lambda s, *args, **kwargs: self.expect(*args, **kwargs))
# Build classes for manipulating the remote structures, assigning to a
# dict using lower case names as keys, so we can easily match methods
# in the API.
for cls in api['classes']:
klass = type(cls + 'Base', (Remote, ), {})
# Methods of this class will pass an integer representing the
# remote object as first argument
classes[cls.lower()] = klass
# now build function wrappers
for function in api['functions']:
# Split the name on underscores, the first part is the class name,
# the remaining is the function name
class_name, method_name = function['name'].split('_', 1)
generate_wrapper(self, classes[class_name], method_name,
function['id'], function['return_type'],
function['parameters'])
# Now apply all available mixins to the generated classes
for name, mixin in mixins.items():
classes[name] = type(mixin.__name__, (
classes[name],
mixin,
), {})
# Create the 'vim object', which is a singleton of the 'Vim' class
self.vim = classes['vim']()
self.vim.channel_id = channel_id
# Add attributes for each other class
for name, klass in classes.items():
if name != 'vim':
setattr(self.vim, klass.__name__, klass)
def discover_api(self):
"""
Discovers the remote API using the special method '0'. After this
the client will have a `vim` attribute containing an object
that implements an interface similar to the one found in the
python-vim module(legacy python->vim bridge)
"""
if self.vim:
# Only need to do this once
return
channel_id, api = self.msgpack_rpc_request(0, [])[3]
api = msgpack.unpackb(api)
# The 'Vim' class is the main entry point of the api
classes = {"vim": type("Vim", (), {})}
setattr(classes["vim"], "next_event", lambda s, *args, **kwargs: self.next_event(*args, **kwargs))
setattr(classes["vim"], "expect", lambda s, *args, **kwargs: self.expect(*args, **kwargs))
# Build classes for manipulating the remote structures, assigning to a
# dict using lower case names as keys, so we can easily match methods
# in the API.
for cls in api["classes"]:
klass = type(cls + "Base", (Remote,), {})
# Methods of this class will pass an integer representing the
# remote object as first argument
classes[cls.lower()] = klass
# now build function wrappers
for function in api["functions"]:
# Split the name on underscores, the first part is the class name,
# the remaining is the function name
class_name, method_name = function["name"].split("_", 1)
generate_wrapper(
self, classes[class_name], method_name, function["id"], function["return_type"], function["parameters"]
)
# Now apply all available mixins to the generated classes
for name, mixin in mixins.items():
classes[name] = type(mixin.__name__, (classes[name], mixin), {})
# Create the 'vim object', which is a singleton of the 'Vim' class
self.vim = classes["vim"]()
self.vim.channel_id = channel_id
# Add attributes for each other class
for name, klass in classes.items():
if name != "vim":
setattr(self.vim, klass.__name__, klass)
