Files
ruff/crates/ruff_python_formatter/src/statement/mod.rs
Dhruv Manilawala 6a64f2289b Rename Magic* to IpyEscape* (#6395)
## Summary

This PR renames the `MagicCommand` token to `IpyEscapeCommand` token and
`MagicKind` to `IpyEscapeKind` type to better reflect the purpose of the
token and type. Similarly, it renames the AST nodes from `LineMagic` to
`IpyEscapeCommand` prefixed with `Stmt`/`Expr` wherever necessary.

It also makes renames from using `jupyter_magic` to
`ipython_escape_commands` in various function names.

The mode value is still `Mode::Jupyter` because the escape commands are
part of the IPython syntax but the lexing/parsing is done for a Jupyter
notebook.

### Motivation behind the rename:
* IPython codebase defines it as "EscapeCommand" / "Escape Sequences":
* Escape Sequences:
292e3a2345/IPython/core/inputtransformer2.py (L329-L333)
* Escape command:
292e3a2345/IPython/core/inputtransformer2.py (L410-L411)
* The word "magic" is used mainly for the actual magic commands i.e.,
the ones starting with `%`/`%%`
(https://ipython.readthedocs.io/en/stable/interactive/reference.html#magic-command-system).
So, this avoids any confusion between the Magic token (`%`, `%%`) and
the escape command itself.
## Test Plan

* `cargo test` to make sure all renames are done correctly.
* `grep` for `jupyter_escape`/`magic` to make sure all renames are done
correctly.
2023-08-09 13:28:18 +00:00

84 lines
2.8 KiB
Rust

use crate::prelude::*;
use ruff_formatter::{FormatOwnedWithRule, FormatRefWithRule};
use ruff_python_ast::Stmt;
pub(crate) mod stmt_ann_assign;
pub(crate) mod stmt_assert;
pub(crate) mod stmt_assign;
pub(crate) mod stmt_aug_assign;
pub(crate) mod stmt_break;
pub(crate) mod stmt_class_def;
pub(crate) mod stmt_continue;
pub(crate) mod stmt_delete;
pub(crate) mod stmt_expr;
pub(crate) mod stmt_for;
pub(crate) mod stmt_function_def;
pub(crate) mod stmt_global;
pub(crate) mod stmt_if;
pub(crate) mod stmt_import;
pub(crate) mod stmt_import_from;
pub(crate) mod stmt_ipy_escape_command;
pub(crate) mod stmt_match;
pub(crate) mod stmt_nonlocal;
pub(crate) mod stmt_pass;
pub(crate) mod stmt_raise;
pub(crate) mod stmt_return;
pub(crate) mod stmt_try;
pub(crate) mod stmt_try_star;
pub(crate) mod stmt_type_alias;
pub(crate) mod stmt_while;
pub(crate) mod stmt_with;
pub(crate) mod suite;
#[derive(Default)]
pub struct FormatStmt;
impl FormatRule<Stmt, PyFormatContext<'_>> for FormatStmt {
fn fmt(&self, item: &Stmt, f: &mut PyFormatter) -> FormatResult<()> {
match item {
Stmt::FunctionDef(x) => x.format().fmt(f),
Stmt::ClassDef(x) => x.format().fmt(f),
Stmt::Return(x) => x.format().fmt(f),
Stmt::Delete(x) => x.format().fmt(f),
Stmt::Assign(x) => x.format().fmt(f),
Stmt::AugAssign(x) => x.format().fmt(f),
Stmt::AnnAssign(x) => x.format().fmt(f),
Stmt::For(x) => x.format().fmt(f),
Stmt::While(x) => x.format().fmt(f),
Stmt::If(x) => x.format().fmt(f),
Stmt::With(x) => x.format().fmt(f),
Stmt::Match(x) => x.format().fmt(f),
Stmt::Raise(x) => x.format().fmt(f),
Stmt::Try(x) => x.format().fmt(f),
Stmt::TryStar(x) => x.format().fmt(f),
Stmt::Assert(x) => x.format().fmt(f),
Stmt::Import(x) => x.format().fmt(f),
Stmt::ImportFrom(x) => x.format().fmt(f),
Stmt::Global(x) => x.format().fmt(f),
Stmt::Nonlocal(x) => x.format().fmt(f),
Stmt::Expr(x) => x.format().fmt(f),
Stmt::Pass(x) => x.format().fmt(f),
Stmt::Break(x) => x.format().fmt(f),
Stmt::Continue(x) => x.format().fmt(f),
Stmt::TypeAlias(x) => x.format().fmt(f),
Stmt::IpyEscapeCommand(_) => todo!(),
}
}
}
impl<'ast> AsFormat<PyFormatContext<'ast>> for Stmt {
type Format<'a> = FormatRefWithRule<'a, Stmt, FormatStmt, PyFormatContext<'ast>>;
fn format(&self) -> Self::Format<'_> {
FormatRefWithRule::new(self, FormatStmt)
}
}
impl<'ast> IntoFormat<PyFormatContext<'ast>> for Stmt {
type Format = FormatOwnedWithRule<Stmt, FormatStmt, PyFormatContext<'ast>>;
fn into_format(self) -> Self::Format {
FormatOwnedWithRule::new(self, FormatStmt)
}
}