1].x, &p.x, cond) p.y.Select(&table[i-1].y, &p.y, cond) } } // p256GeneratorTables is a series of precomputed multiples of G, the canonical // generator. The first p256AffineTable contains multiples of G. The second one // multiples of [2⁶]G, the third one of [2¹²]G, and so on, where each successive // table is the previous table doubled six times. Six is the width of the // sliding window used in ScalarBaseMult, and having each table already // pre-doubled lets us avoid the doublings between windows...

The focus of this release is **compatibility** with Pydantic v1 and v2, to make sure your current apps keep working. Later there will be more focus on refactors, correctness, code improvements, and then **performance** improvements. Some third-party early beta testers that ran benchmarks on the beta releases of FastAPI reported improvements of **2x - 3x**. Which is not bad for just doing `pip install --upgrade fastapi pydantic`. This was not an official benchmark and I didn't check it myself,...

2152          ; mapped                 ; 0031 2044 0031 0030 #5.2 VULGAR FRACTION ONE TENTH
2153          ; mapped                 ; 0031 2044 0033 #1.1  VULGAR FRACTION ONE THIRD
2154          ; mapped                 ; 0032 2044 0033 #1.1  VULGAR FRACTION TWO THIRDS
2155          ; mapped                 ; 0031 2044 0035 #1.1  VULGAR FRACTION ONE FIFTH

1].x, &p.x, cond) p.y.Select(&table[i-1].y, &p.y, cond) } } // p256GeneratorTables is a series of precomputed multiples of G, the canonical // generator. The first p256AffineTable contains multiples of G. The second one // multiples of [2⁶]G, the third one of [2¹²]G, and so on, where each successive // table is the previous table doubled six times. Six is the width of the // sliding window used in ScalarBaseMult, and having each table already // pre-doubled lets us avoid the doublings between windows...

more flexible alternative to `EmptyDir` volumes: as with `EmptyDir`, volumes are created and deleted for each pod automatically by Kubernetes. But because the normal provisioning process is used (`PersistentVolumeClaim`), storage can be provided by third-party storage vendors and all of the usual volume features work. Volumes don't need to be empt; for example, restoring from snapshot is supported. ([#92784](https://github.com/kubernetes/kubernetes/pull/92784), [@pohly](https://github.com/pohly)) [SIG...

        `_tpu_estimator_embedding.py`. This allows embedding lookup statistics
        gathered at runtime to be used in embedding layer partitioning
        decisions.
*   PluggableDevice
    *   Third-party devices can now connect to TensorFlow as plug-ins through
        [StreamExecutor C API](https://github.com/tensorflow/community/blob/master/rfcs/20200612-stream-executor-c-api.md).
        and

is purposefully opt-in via an explicit class rather than being the default for all `<img>`s.\n// We previously tried the \"images are responsive by default\" approach in Bootstrap v2,\n// and abandoned it in Bootstrap v3 because it breaks lots of third-party widgets (including Google Maps)\n// which weren't expecting the images within themselves to be involuntarily resized.\n// See also https://github.com/twbs/bootstrap/issues/18178\n.img-fluid {\n  @include img-fluid();\n}\n\n\n// Image thumbnails\n.img-thumbnail...

is purposefully opt-in via an explicit class rather than being the default for all `<img>`s.\n// We previously tried the \"images are responsive by default\" approach in Bootstrap v2,\n// and abandoned it in Bootstrap v3 because it breaks lots of third-party widgets (including Google Maps)\n// which weren't expecting the images within themselves to be involuntarily resized.\n// See also https://github.com/twbs/bootstrap/issues/18178\n.img-fluid {\n  @include img-fluid();\n}\n\n\n// Image thumbnails\n.img-thumbnail...