Snd_wnd             uint32
	Snd_sbbytes         uint32
	Rcv_wnd             uint32
	Rttcur              uint32
	Srtt                uint32
	Rttvar              uint32
	Txpackets           uint64
	Txbytes             uint64
	Txretransmitbytes   uint64
	Rxpackets           uint64
	Rxbytes             uint64
	Rxoutoforderbytes   uint64
	Txretransmitpackets uint64
}

const (

	// Make sure that we only have data from a single net adapter.
	expectedStats := cadvisorapi.InterfaceStats{
		Name:      fakeAdapterName,
		RxPackets: 1,
		TxPackets: 1,
		RxBytes:   1,
		TxBytes:   1,
		RxDropped: 1,
		RxErrors:  1,
		TxDropped: 1,
		TxErrors:  1,
	}
	assert.Equal(t, []cadvisorapi.InterfaceStats{expectedStats}, data)

	return statsapi.InterfaceStats{
		Name:    criIface.Name,
		RxBytes: valueOfUInt64Value(criIface.RxBytes),
		TxBytes: valueOfUInt64Value(criIface.TxBytes),
	}
}

// newNetworkStatsProvider uses the real windows hcsshim if not provided otherwise if the interface is provided
// by the cristatsprovider in testing scenarios it uses that one

    }
  }

  @Test fun readPaddedDataFrame() {
    val dataLength = 1123
    val expectedData = ByteArray(dataLength)
    Arrays.fill(expectedData, 2.toByte())
    val paddingLength = 254
    val padding = ByteArray(paddingLength)
    Arrays.fill(padding, 0.toByte())
    writeMedium(frame, dataLength + paddingLength + 1)
    frame.writeByte(Http2.TYPE_DATA)
    frame.writeByte(FLAG_PADDED)

L'utiliser dans votre éditeur est ce qui vous montre vraiment les avantages de FastAPI, en voyant le peu de code que vous avez à écrire, toutes les vérifications de type, l'autocomplétion, etc.

---

## Installer FastAPI

La première étape consiste à installer FastAPI.

Pour le tutoriel, vous voudrez peut-être l'installer avec toutes les dépendances et fonctionnalités optionnelles :

<div class="termy">

```console
$ pip install fastapi[all]

	p384SetOne(&e.x)
	return e
}

// Equal returns 1 if e == t, and zero otherwise.
func (e *P384Element) Equal(t *P384Element) int {
	eBytes := e.Bytes()
	tBytes := t.Bytes()
	return subtle.ConstantTimeCompare(eBytes, tBytes)
}

// IsZero returns 1 if e == 0, and zero otherwise.
func (e *P384Element) IsZero() int {
	zero := make([]byte, p384ElementLen)
	eBytes := e.Bytes()

	p521SetOne(&e.x)
	return e
}

// Equal returns 1 if e == t, and zero otherwise.
func (e *P521Element) Equal(t *P521Element) int {
	eBytes := e.Bytes()
	tBytes := t.Bytes()
	return subtle.ConstantTimeCompare(eBytes, tBytes)
}

// IsZero returns 1 if e == 0, and zero otherwise.
func (e *P521Element) IsZero() int {
	zero := make([]byte, p521ElementLen)
	eBytes := e.Bytes()

        assertAnnotationConsumed("""@param:Ann""")
        assertAnnotationConsumed("""@param : Ann""")

        assertAnnotationConsumed("""@Ann(1,1.toByte())""")
        assertAnnotationConsumed("""@Ann ( 1 , 1 . toByte ( ) )""")
    }

    @Test
    fun `can parse multi annotation`() {
        assertAnnotationConsumed("""
            @set:[
                Inject

        assertEquals(expectedOutput, Base64Factory.createEncoder().encodeToString(input.asciiToByteArray()))
    }

    private fun String.asciiToByteArray() = ByteArray(length) {
        get(it).code.toByte()
    }

        when (readByte()) {
            1.toByte() -> ValueSupplier.ExecutionTimeValue.missing<Any>()
            2.toByte() -> ValueSupplier.ExecutionTimeValue.ofNullable(read()) // nullable because serialization may replace value with null, e.g. when using provider of Task
            3.toByte() -> {
                val value = read()