Microsoft GH-300 Bundle

The action "Change to the correct workspace and start a scoped session" is useful when A developer launches the CLI from the wrong repository root. Working-directory context affects files and commands available to the assistant. Under the stated condition A corporate seat permits Copilot Chat but refuses CLI use, instead choose "Check whether the organization's Copilot CLI policy is enabled". Organization-level feature controls can separately gate CLI access.

The alternative "Run copilot in the intended project directory" fits another situation: A newly installed standalone CLI needs to start an interactive session. The terminal-native application opens a task-oriented interactive interface. Here the condition is A corporate seat permits Copilot Chat but refuses CLI use; use "Check whether the organization's Copilot CLI policy is enabled" instead. Organization-level feature controls can separately gate CLI access.

The alternative "Inspect the files and confirm trust only for an appropriate workspace" addresses A session prompts whether to trust the current project directory. Trust decisions affect which repository content the assistant may use. It does not resolve A corporate seat permits Copilot Chat but refuses CLI use; the correct choice is "Check whether the organization's Copilot CLI policy is enabled". Organization-level feature controls can separately gate CLI access.

The alternative "Provide the failing command, output, and acceptance criteria" addresses A CLI request to fix a failure lacks the actual failing command. Concrete evidence improves diagnosis over a vague repair request. It does not resolve A developer wants an explanation of a repository before modifying it; the correct choice is "Ask the CLI to summarize the project and major modules". Read-oriented analysis clarifies scope before tool-assisted edits.

For the different scenario A task is to update only one API endpoint handler, "Specify allowed files and required tests in the CLI instruction" could be appropriate. Narrow scope protects neighboring components from unnecessary change. The present requirement is A developer wants an explanation of a repository before modifying it, which calls for "Ask the CLI to summarize the project and major modules". Read-oriented analysis clarifies scope before tool-assisted edits.

"Interrupt and restate the decisive business constraint" targets A terminal assistant begins implementing a different solution than requested. Interactive steering prevents compounding a wrong assumption. That differs from A developer wants an explanation of a repository before modifying it; the required decision here is "Ask the CLI to summarize the project and major modules". Read-oriented analysis clarifies scope before tool-assisted edits.

For the different scenario A task is to update only one API endpoint handler, "Specify allowed files and required tests in the CLI instruction" could be appropriate. Narrow scope protects neighboring components from unnecessary change. The present requirement is A CLI request to fix a failure lacks the actual failing command, which calls for "Provide the failing command, output, and acceptance criteria". Concrete evidence improves diagnosis over a vague repair request.

"Ask for a codebase-level trace of relevant callers and dependencies" targets A developer needs to understand how modules interact across files. CLI agents can inspect multiple paths in a workspace. That differs from A CLI request to fix a failure lacks the actual failing command; the required decision here is "Provide the failing command, output, and acceptance criteria". Concrete evidence improves diagnosis over a vague repair request.

The alternative "Ask the CLI to summarize the project and major modules" fits another situation: A developer wants an explanation of a repository before modifying it. Read-oriented analysis clarifies scope before tool-assisted edits. Here the condition is A CLI request to fix a failure lacks the actual failing command; use "Provide the failing command, output, and acceptance criteria" instead. Concrete evidence improves diagnosis over a vague repair request.

"Interrupt and restate the decisive business constraint" targets A terminal assistant begins implementing a different solution than requested. Interactive steering prevents compounding a wrong assumption. That differs from A task is to update only one API endpoint handler; the required decision here is "Specify allowed files and required tests in the CLI instruction". Narrow scope protects neighboring components from unnecessary change.

The action "Provide the failing command, output, and acceptance criteria" is useful when A CLI request to fix a failure lacks the actual failing command. Concrete evidence improves diagnosis over a vague repair request. Under the stated condition A task is to update only one API endpoint handler, instead choose "Specify allowed files and required tests in the CLI instruction". Narrow scope protects neighboring components from unnecessary change.

The alternative "Ask for a codebase-level trace of relevant callers and dependencies" fits another situation: A developer needs to understand how modules interact across files. CLI agents can inspect multiple paths in a workspace. Here the condition is A task is to update only one API endpoint handler; use "Specify allowed files and required tests in the CLI instruction" instead. Narrow scope protects neighboring components from unnecessary change.

The action "Ask the CLI to summarize the project and major modules" is useful when A developer wants an explanation of a repository before modifying it. Read-oriented analysis clarifies scope before tool-assisted edits. Under the stated condition A developer needs to understand how modules interact across files, instead choose "Ask for a codebase-level trace of relevant callers and dependencies". CLI agents can inspect multiple paths in a workspace.

The alternative "Specify allowed files and required tests in the CLI instruction" fits another situation: A task is to update only one API endpoint handler. Narrow scope protects neighboring components from unnecessary change. Here the condition is A developer needs to understand how modules interact across files; use "Ask for a codebase-level trace of relevant callers and dependencies" instead. CLI agents can inspect multiple paths in a workspace.

For the different scenario A terminal assistant begins implementing a different solution than requested, "Interrupt and restate the decisive business constraint" could be appropriate. Interactive steering prevents compounding a wrong assumption. The present requirement is A developer needs to understand how modules interact across files, which calls for "Ask for a codebase-level trace of relevant callers and dependencies". CLI agents can inspect multiple paths in a workspace.

The alternative "Provide the failing command, output, and acceptance criteria" fits another situation: A CLI request to fix a failure lacks the actual failing command. Concrete evidence improves diagnosis over a vague repair request. Here the condition is A terminal assistant begins implementing a different solution than requested; use "Interrupt and restate the decisive business constraint" instead. Interactive steering prevents compounding a wrong assumption.

The alternative "Ask for a codebase-level trace of relevant callers and dependencies" addresses A developer needs to understand how modules interact across files. CLI agents can inspect multiple paths in a workspace. It does not resolve A terminal assistant begins implementing a different solution than requested; the correct choice is "Interrupt and restate the decisive business constraint". Interactive steering prevents compounding a wrong assumption.

For the different scenario A developer wants an explanation of a repository before modifying it, "Ask the CLI to summarize the project and major modules" could be appropriate. Read-oriented analysis clarifies scope before tool-assisted edits. The present requirement is A terminal assistant begins implementing a different solution than requested, which calls for "Interrupt and restate the decisive business constraint". Interactive steering prevents compounding a wrong assumption.

For the different scenario A previous broad tool grant should no longer apply to a session, "Reset allowed tools and review the effective permissions" could be appropriate. Old approvals should not silently carry forward after the trust model changes. The present requirement is The CLI asks to delete all tracked files as part of a cleanup, which calls for "Deny the command and provide a safe restricted cleanup scope". Approval prompts exist to prevent destructive unreviewed actions.

"Enable assisted permissions where supported and keep policy enforcement" targets A user wants routine safe commands considered for assisted approval. Assisted approval is narrower than blanket authorization. That differs from The CLI asks to delete all tracked files as part of a cleanup; the required decision here is "Deny the command and provide a safe restricted cleanup scope". Approval prompts exist to prevent destructive unreviewed actions.

The alternative "Use manual permission mode and review each proposed action" fits another situation: A security-sensitive session should request confirmation before each new tool. Manual mode maintains explicit oversight of unapproved operations. Here the condition is The CLI asks to delete all tracked files as part of a cleanup; use "Deny the command and provide a safe restricted cleanup scope" instead. Approval prompts exist to prevent destructive unreviewed actions.

"Use manual permission mode and review each proposed action" targets A security-sensitive session should request confirmation before each new tool. Manual mode maintains explicit oversight of unapproved operations. That differs from A user wants routine safe commands considered for assisted approval; the required decision here is "Enable assisted permissions where supported and keep policy enforcement". Assisted approval is narrower than blanket authorization.

The action "Reset allowed tools and review the effective permissions" is useful when A previous broad tool grant should no longer apply to a session. Old approvals should not silently carry forward after the trust model changes. Under the stated condition A user wants routine safe commands considered for assisted approval, instead choose "Enable assisted permissions where supported and keep policy enforcement". Assisted approval is narrower than blanket authorization.

The alternative "Avoid blanket allow-all and use isolated sandboxed scope" addresses A team considers allowing every CLI tool without confirmation on a production machine. Unrestricted tools can create destructive side effects. It does not resolve A user wants routine safe commands considered for assisted approval; the correct choice is "Enable assisted permissions where supported and keep policy enforcement". Assisted approval is narrower than blanket authorization.

The alternative "Reset allowed tools and review the effective permissions" fits another situation: A previous broad tool grant should no longer apply to a session. Old approvals should not silently carry forward after the trust model changes. Here the condition is A security-sensitive session should request confirmation before each new tool; use "Use manual permission mode and review each proposed action" instead. Manual mode maintains explicit oversight of unapproved operations.

The alternative "Avoid blanket allow-all and use isolated sandboxed scope" addresses A team considers allowing every CLI tool without confirmation on a production machine. Unrestricted tools can create destructive side effects. It does not resolve A security-sensitive session should request confirmation before each new tool; the correct choice is "Use manual permission mode and review each proposed action". Manual mode maintains explicit oversight of unapproved operations.

For the different scenario The CLI asks to delete all tracked files as part of a cleanup, "Deny the command and provide a safe restricted cleanup scope" could be appropriate. Approval prompts exist to prevent destructive unreviewed actions. The present requirement is A security-sensitive session should request confirmation before each new tool, which calls for "Use manual permission mode and review each proposed action". Manual mode maintains explicit oversight of unapproved operations.

The alternative "Avoid blanket allow-all and use isolated sandboxed scope" fits another situation: A team considers allowing every CLI tool without confirmation on a production machine. Unrestricted tools can create destructive side effects. Here the condition is A previous broad tool grant should no longer apply to a session; use "Reset allowed tools and review the effective permissions" instead. Old approvals should not silently carry forward after the trust model changes.

For the different scenario The CLI asks to delete all tracked files as part of a cleanup, "Deny the command and provide a safe restricted cleanup scope" could be appropriate. Approval prompts exist to prevent destructive unreviewed actions. The present requirement is A previous broad tool grant should no longer apply to a session, which calls for "Reset allowed tools and review the effective permissions". Old approvals should not silently carry forward after the trust model changes.

"Enable assisted permissions where supported and keep policy enforcement" targets A user wants routine safe commands considered for assisted approval. Assisted approval is narrower than blanket authorization. That differs from A previous broad tool grant should no longer apply to a session; the required decision here is "Reset allowed tools and review the effective permissions". Old approvals should not silently carry forward after the trust model changes.

For the different scenario The CLI asks to delete all tracked files as part of a cleanup, "Deny the command and provide a safe restricted cleanup scope" could be appropriate. Approval prompts exist to prevent destructive unreviewed actions. The present requirement is A team considers allowing every CLI tool without confirmation on a production machine, which calls for "Avoid blanket allow-all and use isolated sandboxed scope". Unrestricted tools can create destructive side effects.

"Enable assisted permissions where supported and keep policy enforcement" targets A user wants routine safe commands considered for assisted approval. Assisted approval is narrower than blanket authorization. That differs from A team considers allowing every CLI tool without confirmation on a production machine; the required decision here is "Avoid blanket allow-all and use isolated sandboxed scope". Unrestricted tools can create destructive side effects.

The action "Use manual permission mode and review each proposed action" is useful when A security-sensitive session should request confirmation before each new tool. Manual mode maintains explicit oversight of unapproved operations. Under the stated condition A team considers allowing every CLI tool without confirmation on a production machine, instead choose "Avoid blanket allow-all and use isolated sandboxed scope". Unrestricted tools can create destructive side effects.