00000280  39 7e 17 d8 74 ae 05 a3  f5 3a 71 74 e8 b4 c9 a4  |9~..t....:qt....|
00000290  1c 82 04 ca fe 5f 97 23  8a c1 f9 ce d1 5d 0e 81  |....._.#.....]..|
000002a0  da 5f e1 b6 76 80 3c cf  9f 19 79 cf 33 d0 0a fe  |._..v.<...y.3...|
000002b0  19 fc 2d 9a bb 24 cd d4  79 14 03 03 00 01 01 16  |..-..$..y.......|
000002c0  03 03 00 28 00 00 00 00  00 00 00 00 28 78 b8 0b  |...(........(x..|

	SYS___LOCALTIME_A                   = 0x7B1 // 1969
	SYS___LOCALTIME_R_A                 = 0x7B2 // 1970
	SYS___MKTIME_A                      = 0x7B3 // 1971
	SYS___TZZNA                         = 0x7B4 // 1972
	SYS_UNATEXIT                        = 0x7B5 // 1973
	SYS___CEE3DMP_A                     = 0x7B6 // 1974
	SYS___CDUMP_A                       = 0x7B7 // 1975
	SYS___CSNAP_A                       = 0x7B8 // 1976

### Normales **FastAPI**

Schreiben Sie zunächst wie gewohnt Ihre ganze **FastAPI**-Anwendung:

```Python hl_lines="1  4  7-9"
{!../../../docs_src/extending_openapi/tutorial001.py!}
```

### Das OpenAPI-Schema generieren

Verwenden Sie dann dieselbe Hilfsfunktion, um das OpenAPI-Schema innerhalb einer `custom_openapi()`-Funktion zu generieren:

It won't show up in the documentation, but other tools (such as Sphinx) will be able to use the rest.

```Python hl_lines="19-29"
{!../../../docs_src/path_operation_advanced_configuration/tutorial004.py!}
```

## Additional Responses

You probably have seen how to declare the `response_model` and `status_code` for a *path operation*.

00000010  79 70 73 a9 7b 2c a8 0a  e5 f8 26 f3 eb 05 20 65  |yps.{,....&... e|
00000020  58 9b 0c 8e 28 3d c7 ee  cf 57 85 06 a5 d7 46     |X...(=...W....F|
>>> Flow 5 (client to server)
00000000  17 03 03 00 1a 2d 7a c5  d0 12 79 e8 a2 05 d3 a4  |.....-z...y.....|
00000010  51 80 8f 28 37 b9 75 64  f3 11 4c 78 de 0c f3 15  |Q..(7.ud..Lx....|
00000020  03 03 00 16 43 89 2c 8b  9e dc c5 5d 4c ca 7b 4e  |....C.,....]L.{N|

	fmt.Println(time.Unix(2e9, -1e18).UTC()) // 2e9 seconds - 1e18 nanoseconds

	t := time.Date(2001, time.September, 9, 1, 46, 40, 0, time.UTC)
	fmt.Println(t.Unix())     // seconds since 1970
	fmt.Println(t.UnixNano()) // nanoseconds since 1970

	// Output:
	// 2001-09-09 01:46:40 +0000 UTC
	// 2001-09-09 01:46:40 +0000 UTC
	// 2001-09-09 01:46:40 +0000 UTC
	// 1000000000
	// 1000000000000000000
}

	pause_total_ns  uint64
	pause_ns        [256]uint64 // circular buffer of recent gc pause lengths
	pause_end       [256]uint64 // circular buffer of recent gc end times (nanoseconds since 1970)
	numgc           uint32
	numforcedgc     uint32  // number of user-forced GCs
	gc_cpu_fraction float64 // fraction of CPU time used by GC

	last_gc_nanotime uint64 // last gc (monotonic time)

		return etag
	}
	return ""
}

// Beginning of unix time is treated as sentinel value here.
var (
	timeSentinel     = time.Unix(0, 0).UTC()
	timeSentinel1970 = time.Unix(0, 1).UTC() // 1970 used for special cases when xlmeta.version == 0
)

// Boot modTimes up to disk count, setting the value to time sentinel.
func bootModtimes(diskCount int) []time.Time {
	modTimes := make([]time.Time, diskCount)

        // just to make sure all the bases are covered...
        cal.set(Calendar.HOUR_OF_DAY, 0);
        cal.set(Calendar.MINUTE, 16);
        cal.set(Calendar.SECOND, 0);
        cal.set(Calendar.YEAR, 1976);
        cal.set(Calendar.MONTH, Calendar.NOVEMBER);
        cal.set(Calendar.DATE, 11);

        Date firstTestDate = cal.getTime();

        cal.set(Calendar.HOUR, 11);

        assertTestExecuted(className: "example2.MyOtherTest", methodName: "bar", task: ":sub2:test")
        assertTestExecuted(className: "example.MyTest", methodName: "foo", task: ":sub2:sub3:test")
        events.tests.size() == 10 + 7 + 9
    }

    def "compatible with configure on demand"() {
        setup:
        10.times {
            settingsFile << "include ':sub$it'\n"
            file("sub$it/src/test/java/example/MyTest.java") << """