def install_rls(self):
for component_name in ('rust-analysis', 'rust-src', self._config.component_name):
spinner.start("Rust-CodeIntel", "Installing {} Rust component…".format(component_name), timeout=-1)
if not self.install_component(component_name):
spinner.stop("Could not install Rust component {}".format(component_name))
return False
spinner.stop("Rust components installed successfully")
return True
def try_to_install_toolchain(self):
spinner.start("Rust-CodeIntel", "Installing Rust {} toolchain…".format(self._config.channel), timeout=-1)
try:
stdoutdata, stderrdata = exec_child_process([
rustup_command(),
"toolchain",
"install",
self._config.channel,
], env=self._config.env)
except RuntimeError:
spinner.stop("Could not install Rust {} toolchain".format(self._config.channel))
return False
spinner.stop("Rust {} toolchain installed successfully".format(self._config.channel))
return True
def rustup_update(self):
spinner.start("Rust-CodeIntel", "Updating Rustup…", timeout=-1)
try:
stdoutdata, stderrdata = exec_child_process([
rustup_command(),
"update",
], env=self._config.env)
except RuntimeError:
spinner.stop("An error occurred whilst trying to update.")
return False
# This test is imperfect because if the user has multiple toolchains installed, they
# might have one updated and one unchanged. But I don't want to go too far down the
# rabbit hole of parsing rustup's output.
if "unchanged" in stdoutdata:
spinner.stop("Up to date.")
else:
spinner.stop("Up to date. Restart Sublime Text for changes to take effect.")
return True
def on_diagnostics(self, params):
spinner.start("YAML-CodeIntel", spinner='monkey')
def on_progress(self, params):
spinner.start("Rust-CodeIntel", spinner='fire')
def on_diagnostics(self, params):
spinner.start("JavaScript-CodeIntel", spinner='monkey')
