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| Section | Weight | Objectives |
|---|---|---|
| Slack APIs and Development | - API usage and integration
| |
| Design the Interactive Flow of Your App | 20% | - Slack app workflow design
|
| Apps in the Slack Platform | 7% | - Slack app fundamentals and workspace automation
|
| App Deployment and Infrastructure | - Deployment considerations
|
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NEW QUESTION # 87
What must be verified on incoming requests to confirm they truly came from Slack?
Answer: D
Explanation:
Slack applications receiving HTTP requests must verify Slack's cryptographic request signature using the application's signing secret. Slack includes an `X-Slack-Signature` header and request timestamp with signed requests. The application constructs a signature base string from the timestamp and raw request body, calculates an HMAC-SHA256 signature using its signing secret, and securely compares the calculated value with Slack's supplied signature. Developers should also validate the request timestamp to reduce replay-attack exposure. This provides strong evidence that the payload originated from Slack and was not modified after signing. Country information and browser user-agent strings provide no cryptographically reliable authentication, while the workspace's subscription plan is entirely unrelated to request integrity. Slack recommends signing-secret verification instead of the deprecated verification-token approach. Therefore, B is correct.
NEW QUESTION # 88
Your Slack app is designed to interact with Slack's Web API for a wide range of functionalities, including posting messages and accessing channel information.
Which type of token should your app request to ensure secure and appropriate access?
Answer: B
Explanation:
Bot User OAuth Token A Bot User OAuth Token is the most suitable for an app that needs to interact with various functionalities of Slack's Web API. This token type allows the app to perform actions within the scope of a bot, such as posting messages and accessing channel information, while maintaining security best practices.
Why not the other options:
*A User OAuth Token provides access with the permissions of a specific user, which might be unnecessary and less secure for this use case.
*Workspace Access Token is not a standard token type for Slack apps.
*Classic Bot Tokens are for legacy custom integrations and are not recommended for new Slack apps.
NEW QUESTION # 89
What generally happens when you distribute an app to multiple workspaces?
Answer: B
Explanation:
A Slack application distributed across multiple independent workspaces must implement an OAuth installation flow. Slack explicitly states that enabling installation on other workspaces allows the application to generate access tokens for each workspace and applicable user authorization. Bolt's current OAuth documentation likewise explains that each app installation issues unique access tokens and installation information that the application must store securely and retrieve when processing requests. This is fundamentally different from a single-workspace application, which can receive one access token through direct installation without implementing the full distributed OAuth flow. Independent workspaces do not normally share one universal token. Organization-wide Enterprise installations are a distinct model and can use an organization-level authorization, but that does not invalidate the standard multi-workspace distribution behavior tested here. Therefore, A is correct.
NEW QUESTION # 90
You are building a Slack app for an organization that does not allow inbound internet connections due to security policies.
Which method of receiving events from Slack would be most appropriate for this app?
Answer: D
Explanation:
Socket Mode using WebSockets Socket Mode using WebSockets is ideal in environments with strict inbound connection restrictions, as it allows the app to receive events from Slack over a WebSocket connection initiated from within the organization's network.
Why not the other options:
*HTTP-based event delivery requires a publicly accessible endpoint, which conflicts with the organization's security policies.
*Using a VPN for HTTP-based event delivery still involves managing inbound connections, which may not be feasible under the organization's security constraints.
*HTTP-based event delivery with IP whitelisting still requires opening the network for inbound connections, which the organization's policies may not permit.
NEW QUESTION # 91
You are developing a Slack app for an organization with strict network security policies that restrict inbound internet connections.
Which event delivery method would be most suitable for your application?
Answer: D
Explanation:
Socket Mode using WebSockets Socket Mode using WebSockets is ideal in situations where inbound internet connections are restricted, as it allows the Slack app to receive events over a persistent WebSocket connection initiated from within the network, bypassing the need for a public HTTP endpoint.
Why not the other options:
*HTTP-based event delivery with a public endpoint would not be feasible in a network with strict inbound connection restrictions.
*HTTP-based event delivery, even with a private endpoint, would still require managing inbound connections, which might conflict with the organization's security policies.
*Slack's Socket Mode does not use long polling; it uses WebSockets for real-time, bidirectional communication.
NEW QUESTION # 92
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