Salesforce Slack-Dev-201 Dumps Questions Answers

Option A is the correct answer from the supplied choices. Slack historically exposed its complete Web API method reference at `api.slack.com/methods`, and that address currently redirects to Slack's modern developer documentation under the Methods reference at `docs.slack.dev/reference/methods/`. The reference contains Slack's available method families, including `admin.*`, `apps.*`, `auth.*`, `chat.*`, `conversations.*`, `files.*`, `users.*`, `views.*`, and many others. Each individual method page identifies supported access mechanisms, OAuth scopes, parameters, response structures, errors, and rate-limit information. The pricing and legal pages are unrelated to API-method documentation, while `app.slack.com/methods` is not Slack's developer method reference. Therefore, A remains valid, although the current canonical documentation location is Slack Developer Docs.

Slack workflows automate tasks through configurable steps. Typical workflow functionality includes sending Slack messages, presenting forms to collect information, adding people to channels, and executing connector actions in external services. Slack's current Workflow Builder documentation specifically identifies Slack steps and connector steps, with connectors capable of actions such as adding rows to external spreadsheets. Form-based data collection is also a standard workflow capability. Compiling the Slack CLI from source, however, is a software-development and build operation performed outside Workflow Builder and has no role as a normal business-process workflow action. Workflow Builder is designed to orchestrate Slack and integrated-service operations rather than build Slack's own developer tooling. Consequently, options A, B, and D represent legitimate automation patterns, while C is unrelated to Workflow Builder execution. Therefore, C is correct.

Slack requires applications to verify inbound HTTP requests by using the application's signing secret. Slack generates an X-Slack-Signature header for signed requests. The application reconstructs the signature locally from the request timestamp and raw request body using HMAC-SHA256 together with its signing secret, then compares the calculated signature with the signature Slack supplied. This mechanism provides cryptographic integrity and origin verification. If an attacker alters the payload in transit, the locally calculated signature no longer matches Slack's signature. Implementations should also validate the X-Slack-Request-Timestamp and reject sufficiently old requests to reduce replay-attack risk. IP-address validation is not the recommended authentication mechanism because infrastructure addresses can change and network origin alone does not cryptographically establish message integrity. The Audit Logs API serves Enterprise monitoring and investigation rather than inbound-request authentication. Restricting server access is useful operational security but does not prove that an individual request came unmodified from Slack. Therefore, D directly implements Slack's prescribed request-verification architecture. This belongs to Design for Security, covering signing secrets, request integrity, authentication of Slack-originated traffic, and replay protection.