ruff_python_formatter 0.0.3

---
source: crates/ruff_python_formatter/tests/fixtures.rs
input_file: crates/ruff_python_formatter/resources/test/fixtures/ruff/expression/if.py
---
## Input
```python
a1 = 1 if True else 2

a2 = "this is a very long text that will make the group break to check that parentheses are added" if True else 2

# These comment should be kept in place
b1 = (
    # We return "a" ...
    "a" # that's our True value
    # ... if this condition matches ...
    if True # that's our test
    # ... otherwise we return "b"
    else "b" # that's our False value
)

# These only need to be stable, bonus is we also keep the order
c1 = (
    "a" # 1
    if # 2
    True # 3
    else # 4
    "b" # 5
)
c2 = (
    "a" # 1
    # 2
    if # 3
    # 4
    True # 5
    # 6
    else # 7
    # 8
    "b" # 9
)

# regression test: parentheses outside the expression ranges interfering with finding
# the `if` and `else` token finding
d1 = [
    ("a") if # 1
    ("b") else # 2
    ("c")
]

e1 = (
    a
    if True # 1
    else b
    if False # 2
    else c
)


# Flattening nested if-expressions.
def something():
    clone._iterable_class = (
        NamedValuesListIterable
        if named
        else FlatValuesListIterable
        if flat
        else ValuesListIterable
    )


def something():
    clone._iterable_class = (
        (NamedValuesListIterable
        if named
        else FlatValuesListIterable)
        if flat
        else ValuesListIterable
    )


def something():
    clone._iterable_class = (
        NamedValuesListIterable
        if named
        else (FlatValuesListIterable
        if flat
        else ValuesListIterable)
    )


def something():
    clone._iterable_class = (
        NamedValuesListIterable
        if named
        else FlatValuesListIterable(1,)
        if flat
        else ValuesListIterable
    )


def something():
    clone._iterable_class = (
        NamedValuesListIterable
        if named
        else FlatValuesListIterable + FlatValuesListIterable + FlatValuesListIterable + FlatValuesListIterable
        if flat
        else ValuesListIterable
    )


def something():
    clone._iterable_class = (
        NamedValuesListIterable
        if named
        else (FlatValuesListIterable + FlatValuesListIterable + FlatValuesListIterable + FlatValuesListIterable
        if flat
        else ValuesListIterable)
    )
```

## Output
```python
a1 = 1 if True else 2

a2 = (
    "this is a very long text that will make the group break to check that parentheses are added"
    if True
    else 2
)

# These comment should be kept in place
b1 = (
    # We return "a" ...
    "a"  # that's our True value
    # ... if this condition matches ...
    if True  # that's our test
    # ... otherwise we return "b"
    else "b"  # that's our False value
)

# These only need to be stable, bonus is we also keep the order
c1 = (
    "a"  # 1
    # 2
    if True  # 3
    # 4
    else "b"  # 5
)
c2 = (
    "a"  # 1
    # 2
    # 3
    # 4
    if True  # 5
    # 6
    # 7
    # 8
    else "b"  # 9
)

# regression test: parentheses outside the expression ranges interfering with finding
# the `if` and `else` token finding
d1 = [
    ("a")
    # 1
    if ("b")
    # 2
    else ("c")
]

e1 = (
    a
    if True  # 1
    else b
    if False  # 2
    else c
)


# Flattening nested if-expressions.
def something():
    clone._iterable_class = (
        NamedValuesListIterable
        if named
        else FlatValuesListIterable
        if flat
        else ValuesListIterable
    )


def something():
    clone._iterable_class = (
        (NamedValuesListIterable if named else FlatValuesListIterable)
        if flat
        else ValuesListIterable
    )


def something():
    clone._iterable_class = (
        NamedValuesListIterable
        if named
        else (FlatValuesListIterable if flat else ValuesListIterable)
    )


def something():
    clone._iterable_class = (
        NamedValuesListIterable
        if named
        else FlatValuesListIterable(
            1,
        )
        if flat
        else ValuesListIterable
    )


def something():
    clone._iterable_class = (
        NamedValuesListIterable
        if named
        else FlatValuesListIterable
        + FlatValuesListIterable
        + FlatValuesListIterable
        + FlatValuesListIterable
        if flat
        else ValuesListIterable
    )


def something():
    clone._iterable_class = (
        NamedValuesListIterable
        if named
        else (
            FlatValuesListIterable
            + FlatValuesListIterable
            + FlatValuesListIterable
            + FlatValuesListIterable
            if flat
            else ValuesListIterable
        )
    )
```