// ignore unknown types.
			}
		}
		return response, nil
	}

	responses := []*discovery.DiscoveryResponse{}
	if all {
		token := ""
		touchedPods := 0

	GetProxyLoop:
		for {
			list, err := kubeClient.GetProxyPods(context.TODO(), int64(kubeClientGetPodLimit), token)
			if err != nil {
				return nil, err
			}
			// Iterate all the pod.
			for _, pod := range list.Items {
				touchedPods++

# OAuth2 实现密码哈希与 Bearer  JWT 令牌验证

至此，我们已经编写了所有安全流，本章学习如何使用 <abbr title="JSON Web Tokens">JWT</abbr> 令牌（Token）和安全密码哈希（Hash）实现真正的安全机制。

本章的示例代码真正实现了在应用的数据库中保存哈希密码等功能。

接下来，我们紧接上一章，继续完善安全机制。

## JWT 简介

JWT 即**JSON 网络令牌**（JSON Web Tokens）。

JWT 是一种将 JSON 对象编码为没有空格，且难以理解的长字符串的标准。JWT 的内容如下所示：

```

<img src="/img/tutorial/security/image11.png">

## Token JWT com escopos

Agora, modifique o *caminho de rota* para retornar os escopos solicitados.

Nós ainda estamos utilizando o mesmo `OAuth2PasswordRequestForm`. Ele inclui a propriedade `scopes` com uma `list` de `str`, com cada escopo que ele recebeu na requisição.

E nós retornamos os escopos como parte do token JWT.

/// danger | Cuidado

	}
}

// have reports whether the remaining tokens (including the current one) contain the specified token.
func (p *Parser) have(token lex.ScanToken) bool {
	for i := p.inputPos; i < len(p.input); i++ {
		if p.input[i].ScanToken == token {
			return true
		}
	}
	return false
}

// at reports whether the next tokens are as requested.
func (p *Parser) at(next ...lex.ScanToken) bool {

    response = client.put(
        "/items/bar?token=jessica", headers={"X-Token": "fake-super-secret-token"}
    )
    assert response.status_code == 403, response.text
    assert response.json() == {"detail": "You can only update the item: plumbus"}


def test_admin(client: TestClient):
    response = client.post(
        "/admin/?token=jessica", headers={"X-Token": "fake-super-secret-token"}
    )

		ID:    owner.ID,
		Name:  "user",
		Token: Token{Content: "token2"},
	}
	o2, err := saveTokenOwner(&owner)
	if err != nil {
		t.Errorf("failed to save token owner, got error: %v", err)
	}
	if o2.Name != "user_name" {
		t.Errorf(`owner name should be "user_name", but got: "%s"`, o2.Name)
	}
	if o2.Token.Content != "token2_encrypted" {

# Oauth2️⃣ ⏮️ 🔐 (& 🔁), 📨 ⏮️ 🥙 🤝

🔜 👈 👥 ✔️ 🌐 💂‍♂ 💧, ➡️ ⚒ 🈸 🤙 🔐, ⚙️ <abbr title="JSON Web Tokens">🥙</abbr> 🤝 &amp; 🔐 🔐 🔁.

👉 📟 🕳 👆 💪 🤙 ⚙️ 👆 🈸, 🖊 🔐 #️⃣ 👆 💽, ♒️.

👥 🔜 ▶️ ⚪️➡️ 🌐❔ 👥 ◀️ ⏮️ 📃 &amp; 📈 ⚫️.

## 🔃 🥙

🥙 ⛓ "🎻 🕸 🤝".

⚫️ 🐩 🚫 🎻 🎚 📏 💧 🎻 🍵 🚀. ⚫️ 👀 💖 👉:

```

		return nil, &ErrInvalidARN{s}
	}

	tokens := strings.Split(s, ":")
	if len(tokens) != 6 {
		return nil, &ErrInvalidARN{s}
	}

	if tokens[4] == "" || tokens[5] == "" {
		return nil, &ErrInvalidARN{s}
	}

	return &ARN{
		region: tokens[3],
		TargetID: TargetID{
			ID:   tokens[4],
			Name: tokens[5],
		},
	}, nil

	// errors if the token could not be created with the given service account in the given namespace
	if err != nil {
		return fmt.Errorf("could not create a token under service account %s in namespace %s: %v", serviceAccount, wg.Namespace, err)
	}
	if err := os.WriteFile(tokenPath, []byte(tokenReq.Status.Token), filePerms); err != nil {
		return err
	}

* **Sicheres Passwort**-Hashing standardmäßig.
* **JWT-Token**-Authentifizierung.
* **SQLAlchemy**-Modelle (unabhängig von Flask-Erweiterungen, sodass sie direkt mit Celery-Workern verwendet werden können).