/**
 * Jira tools exposed to the coding agent — `jira_get_issue` for reads and
 * `jira_create_comment` for posting findings back to the issue, matching the
 * Linear tool surface.
 *
 * Wired into the agent through the SDK's async `extraTools` provider: on each
 * tool-set resolution we map the session's resourceId (the factory project
 * id) to its owning org and only expose the Jira tools for real factory
 * projects with an active Platform-managed Jira connection.
 *
 * Tenancy mirrors the Jira API routes: nothing is exposed without the host
 * auth seam, and the session must resolve to an org-owned project.
 */
import type { RequestContext } from '@mastra/core/request-context';
import type { PlatformJiraIntegration } from './integration.js';
declare function createJiraGetIssueTool(jira: PlatformJiraIntegration): import("@mastra/core/tools").Tool<{
    issue: string;
}, unknown, unknown, unknown, import("@mastra/core/tools").ToolExecutionContext<unknown, unknown, unknown>, "jira_get_issue", unknown>;
declare function createJiraCommentTool(jira: PlatformJiraIntegration): import("@mastra/core/tools").Tool<{
    issue: string;
    body: string;
}, unknown, unknown, unknown, import("@mastra/core/tools").ToolExecutionContext<unknown, unknown, unknown>, "jira_create_comment", unknown>;
/**
 * Async `extraTools` provider: expose the Jira tools only when the host runs
 * with web auth and the session's resource is an org-owned factory project.
 *
 * Intake source bindings scope the board feed; both tools resolve the issue
 * through one of the organization's active Platform Jira connections.
 */
export declare function buildPlatformJiraAgentTools({ requestContext, jira, }: {
    requestContext: RequestContext;
    /** The integration instance providing the Jira API client. */
    jira: PlatformJiraIntegration;
}): Promise<Record<string, ReturnType<typeof createJiraGetIssueTool> | ReturnType<typeof createJiraCommentTool>>>;
export {};
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