### Custom Generate Unique ID Function

FastAPI uses a **unique ID** for each *path operation*, it is used for the **operation ID** and also for the names of any needed custom models, for requests or responses.

You can customize that function. It takes an `APIRoute` and outputs a string.

For example, here it is using the first tag (you will probably have only one tag) and the *path operation* name (the function name).

  auto type = RankedTensorType::get(shape, elt_type);

#define CONVERT_FLAT(DTYPE, CTYPE) \
  case DTYPE:                      \
    return ConvertFlatTensor<CTYPE>(input_tensor, type);

  // TODO(fengliuai): customize the conversions for quantized types.
  switch (input_dtype) {
    CONVERT_FLAT(DT_BOOL, bool)
    CONVERT_FLAT(DT_FLOAT, float)
    CONVERT_FLAT(DT_DOUBLE, double)
    CONVERT_FLAT(DT_INT8, int8)

diagnostics vary widely among users. The design of this framework does
not hold each Analyzer responsible for identifying the severity of its
diagnostics. Instead, we expect that drivers will allow the user to
customize the filtering and prioritization of diagnostics based on the
producing Analyzer and optional Category, according to the user's
preferences.

Most Analyzers inspect typed Go syntax trees, but a few, such as asmdecl

}

// A Reader reads records from a CSV-encoded file.
//
// As returned by [NewReader], a Reader expects input conforming to RFC 4180.
// The exported fields can be changed to customize the details before the
// first call to [Reader.Read] or [Reader.ReadAll].
//
// The Reader converts all \r\n sequences in its input to plain \n,
// including in multiline field values, so that the returned data does

        )


class OAuth2(SecurityBase):
    """
    This is the base class for OAuth2 authentication, an instance of it would be used
    as a dependency. All other OAuth2 classes inherit from it and customize it for
    each OAuth2 flow.

    You normally would not create a new class inheriting from it but use one of the
    existing subclasses, and maybe compose them if you want to support multiple flows.

// separately nor changing Count (which is usually 10) is supported.
// Therefore, it's recommended to set both Idle and Interval to non-negative values
// in conjunction with a -1 for Count on those old Windows if you intend to customize
// the TCP keep-alive settings.
// By contrast, if only one of Idle and Interval is set to a non-negative value,
// the other will be set to the system default value, and ultimately,

	return []interface{}{
		func(q *resource.Quantity, c fuzz.Continue) {
			*q = *resource.NewQuantity(c.Int63n(1000), resource.DecimalExponent)
		},
		func(j *core.ObjectReference, c fuzz.Continue) {
			// We have to customize the randomization of TypeMetas because their
			// APIVersion and Kind must remain blank in memory.
			j.APIVersion = c.RandString()
			j.Kind = c.RandString()
			j.Namespace = c.RandString()
			j.Name = c.RandString()

The difference between these types of plugins lies in the scope of their application:

Project Plugin :: A project plugin is a plugin that is applied to a specific project in a build.
It can customize the build logic, add tasks, and configure the project-specific settings.

Settings Plugin :: A settings plugin is a plugin that is applied in the `settings.gradle` or `settings.gradle.kts` file.

 *     .addInterceptor(new HttpLoggingInterceptor())
 *     .cache(new Cache(cacheDir, cacheSize))
 *     .build();
 * ```
 *
 * ## Customize Your Client With newBuilder()
 *
 * You can customize a shared OkHttpClient instance with [newBuilder]. This builds a client that
 * shares the same connection pool, thread pools, and configuration. Use the builder methods to

[[sec:command_line_logging]]
== Logging options

=== Setting log level
You can customize the <<logging.adoc#logging,verbosity>> of Gradle logging with the following options, ordered from least verbose to most verbose.

`-Dorg.gradle.logging.level=(quiet,warn,lifecycle,info,debug)`::