def __func(self, *args, **kwargs):
r = func(self, *args, **kwargs)
if isinstance(r, types.GeneratorType):
self.set_run_in_background(True)
promise = workflows.driver(r)
promise.then(lambda x: self.set_run_in_background(False),
lambda x: self.set_run_in_background(False))
else:
promise = Promise()
promise.resolve(r)
return promise
def __func(self, *args, **kwargs):
r = func(self, *args, **kwargs)
if isinstance(r, types.GeneratorType):
if isinstance(self, Extension):
vcs = self.base
else:
vcs = self
vcs.set_run_in_background(True)
promise = workflows.driver(r)
promise.then(lambda x: vcs.set_run_in_background(False),
lambda x: vcs.set_run_in_background(False))
else:
promise = Promise()
promise.resolve(r)
return promise
def has_defined_activity(self, synchronous):
"""
Whether there is a defined activity currently defined, which is
necessary to be able to do a checkout.
:param bool synchronous: whether to compute this synchronously.
:returntype: a promise that will be resolved to a boolean, to
indicate whether there is a defined activity.
"""
if synchronous:
p = subprocess.Popen(['cleartool', 'lsact', '-cact', '-s'],
cwd=self.working_dir.path,
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT)
output, error = p.communicate()
status = p.wait()
return status == 0 and output != ''
else:
result = Promise()
def on_terminate(status, output):
# if status!=0, could be a clearcase-only view, or not a view
result.resolve(status == 0 and output != '')
p = self._cleartool(['cleartool', 'lsactivity',
'-cact', # display info for current activity
'-s']) # short display
p.wait_until_terminate().then(on_terminate)
return result
def click(self, column, path=None, value=None, *args, **kwargs):
"""
If path not given, then find the first node in the tree that contains
value in the given column. Click on the column in a row of the path.
Return promise to wait selection changed.
This function accepts other parameters to pass them to click_in_tree,
such as button, events, process_events, control, alt, shift, modifier.
Example:
yield my_tree.click (column=1, value="key", button=1)
:param int column: the model's column to check.
:param str path: the path in the tree to click.
:param str value: the value to find in the model, if path not set.
:return Promise: the event of selection change.
"""
if not path:
path = pygps.tree.find_in_tree(self.treeview,
column=column,
key=value)
p = Promise()
def handler(selection):
p.resolve()
self.treeview.get_selection().connect("changed", handler)
pygps.tree.click_in_tree(self.treeview, path, *args, **kwargs)
return p
def _current_branch(self):
"""
A promise that returns the name of the current branch
"""
result = Promise()
def online(line):
result.resolve(line)
p = self._git(['rev-parse', '--abbrev-ref', 'HEAD'])
p.lines.subscribe(online)
return result
def get_completion():
"""
Return the content, as a list of strings, of the completion window. Waits
until it stops computing
:rtype: Promise[Iterator[str]]
"""
p = Promise()
def timeout_handler(t):
try:
pop_tree = get_widget_by_name("completion-view")
comps = [row[0] for row in dump_tree_model(pop_tree.get_model())]
if comps[-1] != 'Computing...':
t.remove()
p.resolve(comps)
except Exception, e:
pass
def request_promise(self, method, params):
"""Make a language server request as a promise.
method and params are the same arguments as request.
The way to use this is in a workflow, in the following way:
# Retrieve the language server
als = GPS.LanguageServer.get_by_language_name("Ada")
# call this with a yield
result = yield als.request_promise(method, params)
# result is a LanguageServerResponse object: typically
# inspect result.is_valid, result.is_error, result.is_reject,
# and process result.data if result.is_valid.
"""
from workflows.promises import Promise
p = Promise()
result = LanguageServerResponse()
def on_error(code, message, data):
result.is_error = True
result.error_message = message
result.data = json.loads(data)
p.resolve(result)
def on_result(data):
result.is_valid = True
result.data = json.loads(data)
p.resolve(result)
def on_reject():
result.is_reject = True
p.resolve(result)
self.request(method, params, on_result, on_error, on_reject)
return p