import { fstatSync, readFileSync, statSync } from 'node:fs';
import { resolve } from 'node:path';
import { pathExists } from "../../../node-compat/fs.js";
import { APIClient, getServiceUrls, sandboxGet, sandboxResolve } from '@agentuity/server';
import { deleteResourceRegion, getResourceInfo, setResourceInfo } from "../../../cache/index.js";
import { getGlobalCatalystAPIClient } from "../../../config.js";
import { ErrorCode } from "../../../errors.js";
import * as tui from "../../../tui.js";
/**
 * Detect if a file descriptor is redirected to /dev/null (or NUL on Windows).
 * Used to optimize stream creation - when output goes to /dev/null, we can
 * skip creating the stream entirely on the server.
 *
 * @param fd - File descriptor (1 for stdout, 2 for stderr)
 * @returns true if the fd points to /dev/null
 */
export function detectNullStream(fd) {
    try {
        const fdStat = fstatSync(fd);
        const nullPath = process.platform === 'win32' ? 'NUL' : '/dev/null';
        const nullStat = statSync(nullPath);
        return fdStat.dev === nullStat.dev && fdStat.ino === nullStat.ino;
    }
    catch {
        return false;
    }
}
export function createSandboxClient(logger, auth, region) {
    return new APIClient(getServiceUrls(region).catalyst, logger, auth.apiKey);
}
/**
 * Resolve sandbox routing context using cache-first lookup.
 * Falls back to the CLI resolve endpoint on cache miss or partial cache.
 */
export async function resolveSandboxTarget(logger, auth, apiClient = null, sandboxId, profileName = 'production', config) {
    const cachedInfo = await getResourceInfo('sandbox', profileName, sandboxId);
    if (cachedInfo?.region && cachedInfo?.orgId) {
        logger.trace(`[sandbox] Found cached target for ${sandboxId}: ${cachedInfo.region}/${cachedInfo.orgId}`);
        return { region: cachedInfo.region, orgId: cachedInfo.orgId };
    }
    logger.trace(`[sandbox] Cache miss for target ${sandboxId}, resolving via CLI API`);
    const globalClient = apiClient ?? (await getGlobalCatalystAPIClient(logger, auth, profileName, undefined, config));
    const sandbox = await sandboxResolve(globalClient, sandboxId);
    await setResourceInfo('sandbox', profileName, sandboxId, sandbox.region, sandbox.orgId);
    return { region: sandbox.region, orgId: sandbox.orgId };
}
/**
 * Look up the region for a sandbox, using cache-first strategy.
 * Falls back to API lookup if not in cache.
 */
export async function getSandboxRegion(logger, auth, profileName = 'production', sandboxId, orgId, config) {
    // Check cache first
    const cachedInfo = await getResourceInfo('sandbox', profileName, sandboxId);
    if (cachedInfo?.region) {
        logger.trace(`[sandbox] Found cached region for ${sandboxId}: ${cachedInfo.region}`);
        return cachedInfo.region;
    }
    // Fallback to API lookup using global client
    logger.trace(`[sandbox] Cache miss for ${sandboxId}, fetching from API`);
    const globalClient = await getGlobalCatalystAPIClient(logger, auth, profileName, undefined, config);
    const sandbox = await sandboxGet(globalClient, { sandboxId, orgId, includeDeleted: true });
    if (!sandbox.region) {
        tui.fatal(`Sandbox '${sandboxId}' has no region information`, ErrorCode.RESOURCE_NOT_FOUND);
    }
    // Cache the result
    await setResourceInfo('sandbox', profileName, sandboxId, sandbox.region, orgId);
    logger.trace(`[sandbox] Cached region for ${sandboxId}: ${sandbox.region}`);
    return sandbox.region;
}
/**
 * Cache the region for a sandbox after create/run operations
 */
export async function cacheSandboxRegion(profileName = 'production', sandboxId, region) {
    await setResourceInfo('sandbox', profileName, sandboxId, region);
}
export async function cacheSandboxTarget(profileName = 'production', sandboxId, region, orgId) {
    await setResourceInfo('sandbox', profileName, sandboxId, region, orgId);
}
/**
 * Clear cached region for a sandbox after delete
 */
export async function clearSandboxRegionCache(profileName = 'production', sandboxId) {
    await deleteResourceRegion('sandbox', profileName, sandboxId);
}
/**
 * Parse --file arguments and read file contents.
 *
 * Formats:
 * - <sandbox-path>:<local-path>  - explicit mapping (e.g., script.js:./local/script.js)
 * - <filename>                   - shorthand, uses same name for both (e.g., script.js -> script.js:./script.js)
 *
 * @returns Array of FileToWrite objects
 */
export async function parseFileArgs(fileArgs) {
    if (!fileArgs || fileArgs.length === 0) {
        return [];
    }
    const files = [];
    for (const arg of fileArgs) {
        let sandboxPath;
        let localPath;
        const colonIndex = arg.indexOf(':');
        if (colonIndex === -1) {
            // Shorthand: just filename, use same name for sandbox and look in current dir
            sandboxPath = arg;
            localPath = `./${arg}`;
        }
        else {
            sandboxPath = arg.slice(0, colonIndex);
            localPath = arg.slice(colonIndex + 1);
            if (!sandboxPath) {
                throw new Error(`Invalid --file format: "${arg}". Sandbox path cannot be empty`);
            }
            if (!localPath) {
                throw new Error(`Invalid --file format: "${arg}". Local path cannot be empty`);
            }
        }
        const resolvedPath = resolve(localPath);
        const fileExists = await pathExists(resolvedPath);
        if (!fileExists) {
            throw new Error(`File not found: ${localPath} (resolved to ${resolvedPath})`);
        }
        const content = readFileSync(resolvedPath);
        files.push({ path: sandboxPath, content });
    }
    return files;
}
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