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| Section | Weight | Objectives |
|---|---|---|
| App Deployment and Infrastructure | - Deployment considerations
| |
| Design the Interactive Flow of Your App | 20% | - Slack app workflow design
|
| Slack APIs and Development | - API usage and integration
| |
| Apps in the Slack Platform | 7% | - Slack app fundamentals and workspace automation
|
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NEW QUESTION # 13
Can custom apps extend Workflow Builder with their own steps?
Answer: A
Explanation:
Slack apps can extend Workflow Builder by defining custom workflow steps. Slack describes workflow steps as functions added to an application that can subsequently be selected as steps by users creating workflows in Workflow Builder. Custom steps may be implemented through supported frameworks such as Bolt for Python, Bolt for JavaScript, Bolt for Java, or through Slack's Deno SDK. For Bolt applications, a custom step is defined and paired with a function listener that processes the corresponding execution request. This architecture allows organizations to expose specialized business logic-such as interacting with internal systems-as reusable automation components without requiring workflow creators to write code themselves.
Workflow Builder is therefore not restricted to Slack's built-in actions, and using the Web API alone is not the only extension mechanism. Consequently, B accurately describes Slack's supported custom-step capability.
NEW QUESTION # 14
What is a best practice to prevent a Slack application from becoming deactivated when the original Slack application owner is deactivated in a Slack instance?
Answer: A
Explanation:
Adding additional app collaborators is the appropriate lifecycle-management practice because application administration should not depend exclusively on one individual's Slack account. Slack provides collaborator management specifically so multiple authorized developers or maintainers can manage an application. Current Slack tooling supports adding, listing, and removing collaborators, and Slack's application lifecycle documentation recognizes creator/collaborator status when determining application continuity in certain installation circumstances. There is an important modern-platform nuance. With granular-permission Slack apps, deactivation of an installing user does not necessarily invalidate a bot installation in the same way older Slack application models did. Nevertheless, relying on a single owner still creates an administrative single point of failure. Adding collaborators preserves access to configuration and maintenance functions when the original developer leaves or becomes deactivated. Source-code version control is essential engineering practice but does not itself transfer Slack application ownership or management rights. Storing tokens securely is a security requirement, not an ownership-continuity mechanism. Visiting App Home has no effect on app administrative ownership. This therefore remains A and aligns directly with Apps in the Slack Platform, whose certification objective includes identifying when a team should be established to collaborate on a Slack application.
NEW QUESTION # 15
In which scenario would the use of the SCIM API be most beneficial for managing a Slack workspace?
Answer: B
Explanation:
When automating the addition, updating, and removal of users in response to changes in a company's HR database The SCIM API is particularly beneficial for automating user management tasks like adding, updating, and removing users in a Slack workspace, especially in response to changes in a company's HR database. This ensures that user information in Slack remains consistent with the company's records, enhancing administrative efficiency and accuracy.
Why not the other options:
*The SCIM API is not used for real-time message translation.
*The SCIM API is not intended for generating activity and participation reports.
*Managing external app integrations and plugins is not a primary function of the SCIM API.
NEW QUESTION # 16
Your team is creating a Slack app for managing team tasks and deadlines.
Which Slack surface would be most effective for users to interact with this app?
Answer: B
Explanation:
Integrating a bot in channels to provide updates and receive commands A bot integrated into channels is effective for managing team tasks and deadlines. It allows for collaborative visibility, where the entire team can see updates and interact with the bot to manage tasks. This fosters team coordination and ensures everyone is on the same page.
Why not the other options:
*While the App Home is useful for displaying information, it's less interactive for a collaborative task management scenario.
*Direct messages would isolate task management to individuals, losing the collaborative aspect of a team channel.
*Creating a separate workspace is unnecessary and could lead to fragmentation of communication and workflow.
NEW QUESTION # 17
What does the 'Agent quickstart' in the developer docs help you build?
Answer: A
Explanation:
Slack's current Agent quickstart guides developers through creating an AI-powered Slack agent. The official quickstart uses a sample support agent named Casey and demonstrates building the application with the Slack CLI and Bolt frameworks while integrating supported AI agent frameworks such as the Claude Agent SDK, OpenAI Agents SDK, or Pydantic AI. The resulting agent can interact through direct messages, app mentions, App Home, modals, reactions, and threaded responses. Developers begin by installing the Slack CLI, authenticating with a workspace, and creating the agent project using the provided sample template. This is application-development guidance for Slack's AI agent platform, not billing, workspace theming, or Block Kit Builder extensions. Therefore, B precisely matches the purpose of the Agent quickstart.
NEW QUESTION # 18
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