ruff/crates/ruff_linter/src/rules/flake8_async/helpers.rs

158 lines
7.0 KiB
Rust

use ruff_python_ast::name::QualifiedName;
#[derive(Debug, Copy, Clone, PartialEq, Eq)]
pub(super) enum MethodName {
AcloseForcefully,
CancelScope,
CancelShieldedCheckpoint,
Checkpoint,
CheckpointIfCancelled,
FailAfter,
FailAt,
MoveOnAfter,
MoveOnAt,
OpenFile,
OpenProcess,
OpenSslOverTcpListeners,
OpenSslOverTcpStream,
OpenTcpListeners,
OpenTcpStream,
OpenUnixSocket,
PermanentlyDetachCoroutineObject,
ReattachDetachedCoroutineObject,
RunProcess,
ServeListeners,
ServeSslOverTcp,
ServeTcp,
Sleep,
SleepForever,
TemporarilyDetachCoroutineObject,
WaitReadable,
WaitTaskRescheduled,
WaitWritable,
}
impl MethodName {
/// Returns `true` if the method is async, `false` if it is sync.
pub(super) fn is_async(self) -> bool {
match self {
MethodName::AcloseForcefully
| MethodName::CancelShieldedCheckpoint
| MethodName::Checkpoint
| MethodName::CheckpointIfCancelled
| MethodName::OpenFile
| MethodName::OpenProcess
| MethodName::OpenSslOverTcpListeners
| MethodName::OpenSslOverTcpStream
| MethodName::OpenTcpListeners
| MethodName::OpenTcpStream
| MethodName::OpenUnixSocket
| MethodName::PermanentlyDetachCoroutineObject
| MethodName::ReattachDetachedCoroutineObject
| MethodName::RunProcess
| MethodName::ServeListeners
| MethodName::ServeSslOverTcp
| MethodName::ServeTcp
| MethodName::Sleep
| MethodName::SleepForever
| MethodName::TemporarilyDetachCoroutineObject
| MethodName::WaitReadable
| MethodName::WaitTaskRescheduled
| MethodName::WaitWritable => true,
MethodName::MoveOnAfter
| MethodName::MoveOnAt
| MethodName::FailAfter
| MethodName::FailAt
| MethodName::CancelScope => false,
}
}
}
impl MethodName {
pub(super) fn try_from(qualified_name: &QualifiedName<'_>) -> Option<Self> {
match qualified_name.segments() {
["trio", "CancelScope"] => Some(Self::CancelScope),
["trio", "aclose_forcefully"] => Some(Self::AcloseForcefully),
["trio", "fail_after"] => Some(Self::FailAfter),
["trio", "fail_at"] => Some(Self::FailAt),
["trio", "lowlevel", "cancel_shielded_checkpoint"] => {
Some(Self::CancelShieldedCheckpoint)
}
["trio", "lowlevel", "checkpoint"] => Some(Self::Checkpoint),
["trio", "lowlevel", "checkpoint_if_cancelled"] => Some(Self::CheckpointIfCancelled),
["trio", "lowlevel", "open_process"] => Some(Self::OpenProcess),
["trio", "lowlevel", "permanently_detach_coroutine_object"] => {
Some(Self::PermanentlyDetachCoroutineObject)
}
["trio", "lowlevel", "reattach_detached_coroutine_object"] => {
Some(Self::ReattachDetachedCoroutineObject)
}
["trio", "lowlevel", "temporarily_detach_coroutine_object"] => {
Some(Self::TemporarilyDetachCoroutineObject)
}
["trio", "lowlevel", "wait_readable"] => Some(Self::WaitReadable),
["trio", "lowlevel", "wait_task_rescheduled"] => Some(Self::WaitTaskRescheduled),
["trio", "lowlevel", "wait_writable"] => Some(Self::WaitWritable),
["trio", "move_on_after"] => Some(Self::MoveOnAfter),
["trio", "move_on_at"] => Some(Self::MoveOnAt),
["trio", "open_file"] => Some(Self::OpenFile),
["trio", "open_ssl_over_tcp_listeners"] => Some(Self::OpenSslOverTcpListeners),
["trio", "open_ssl_over_tcp_stream"] => Some(Self::OpenSslOverTcpStream),
["trio", "open_tcp_listeners"] => Some(Self::OpenTcpListeners),
["trio", "open_tcp_stream"] => Some(Self::OpenTcpStream),
["trio", "open_unix_socket"] => Some(Self::OpenUnixSocket),
["trio", "run_process"] => Some(Self::RunProcess),
["trio", "serve_listeners"] => Some(Self::ServeListeners),
["trio", "serve_ssl_over_tcp"] => Some(Self::ServeSslOverTcp),
["trio", "serve_tcp"] => Some(Self::ServeTcp),
["trio", "sleep"] => Some(Self::Sleep),
["trio", "sleep_forever"] => Some(Self::SleepForever),
_ => None,
}
}
}
impl std::fmt::Display for MethodName {
fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
match self {
MethodName::AcloseForcefully => write!(f, "trio.aclose_forcefully"),
MethodName::CancelScope => write!(f, "trio.CancelScope"),
MethodName::CancelShieldedCheckpoint => {
write!(f, "trio.lowlevel.cancel_shielded_checkpoint")
}
MethodName::Checkpoint => write!(f, "trio.lowlevel.checkpoint"),
MethodName::CheckpointIfCancelled => write!(f, "trio.lowlevel.checkpoint_if_cancelled"),
MethodName::FailAfter => write!(f, "trio.fail_after"),
MethodName::FailAt => write!(f, "trio.fail_at"),
MethodName::MoveOnAfter => write!(f, "trio.move_on_after"),
MethodName::MoveOnAt => write!(f, "trio.move_on_at"),
MethodName::OpenFile => write!(f, "trio.open_file"),
MethodName::OpenProcess => write!(f, "trio.lowlevel.open_process"),
MethodName::OpenSslOverTcpListeners => write!(f, "trio.open_ssl_over_tcp_listeners"),
MethodName::OpenSslOverTcpStream => write!(f, "trio.open_ssl_over_tcp_stream"),
MethodName::OpenTcpListeners => write!(f, "trio.open_tcp_listeners"),
MethodName::OpenTcpStream => write!(f, "trio.open_tcp_stream"),
MethodName::OpenUnixSocket => write!(f, "trio.open_unix_socket"),
MethodName::PermanentlyDetachCoroutineObject => {
write!(f, "trio.lowlevel.permanently_detach_coroutine_object")
}
MethodName::ReattachDetachedCoroutineObject => {
write!(f, "trio.lowlevel.reattach_detached_coroutine_object")
}
MethodName::RunProcess => write!(f, "trio.run_process"),
MethodName::ServeListeners => write!(f, "trio.serve_listeners"),
MethodName::ServeSslOverTcp => write!(f, "trio.serve_ssl_over_tcp"),
MethodName::ServeTcp => write!(f, "trio.serve_tcp"),
MethodName::Sleep => write!(f, "trio.sleep"),
MethodName::SleepForever => write!(f, "trio.sleep_forever"),
MethodName::TemporarilyDetachCoroutineObject => {
write!(f, "trio.lowlevel.temporarily_detach_coroutine_object")
}
MethodName::WaitReadable => write!(f, "trio.lowlevel.wait_readable"),
MethodName::WaitTaskRescheduled => write!(f, "trio.lowlevel.wait_task_rescheduled"),
MethodName::WaitWritable => write!(f, "trio.lowlevel.wait_writable"),
}
}
}