Regression in typescript generics formatting

[kadircet]

actual formatting (file name a.ts):

foo = new Bar < (id: int) => X | Y > ();

expected formatting:

foo = new Bar<(id: int) => X | Y>();

[kadircet]

culprit seems to be 73c961a, cc @owenca, @rymiel

[llvmbot]

@llvm/issue-subscribers-clang-format

Author: kadir çetinkaya (kadircet)

actual formatting (file name `a.ts`): ``` foo = new Bar < (id: int) => X | Y > (); ```

expected formatting:

foo = new Bar <(id: int) => X | Y>();

[kadircet]

looks like this was also cherry-picked into 19.x release #101112

[llvmbot]

@llvm/issue-subscribers-c-1

Author: kadir çetinkaya (kadircet)

actual formatting (file name `a.ts`): ``` foo = new Bar < (id: int) => X | Y > (); ```

expected formatting:

foo = new Bar<(id: int) => X | Y>();

[kadircet]

as mentioned in #108671 (comment), this is not specific to js:

constexpr auto foo() { return FixedInt < N | M > (foo); }

[owenca]

See #108671 (comment).

[owenca]

as mentioned in #108671 (comment), this is not specific to js:

constexpr auto foo() { return FixedInt < N | M > (foo); }

Split to #109912.

[owenca]

actual formatting (file name a.ts):

foo = new Bar < (id: int) => X | Y > ();

expected formatting:

foo = new Bar<(id: int) => X | Y>();

This was fixed by #110408.

[owenca]

as mentioned in #108671 (comment), this is not specific to js:

constexpr auto foo() { return FixedInt < N | M > (foo); }

See #124438.