Collect Ideogram debug evidence for support tickets and troubleshooting. Use when encountering persistent issues, preparing support tickets, or collecting diagnostic information for Ideogram problems...
Create the minimum diagnostic package needed to reproduce or escalate an Ideogram problem. Preserve endpoint, schema, status, timing, concurrency, async, safety, and storage facts while excluding the content and credentials that commonly leak through generic support archives.
Useful content-free fields include endpoint family, method, deployment SHA, adapter version, HTTP status, sanitized vendor error class, generation_id, async state, is_image_safe, URL-present boolean, queue depth, in-flight count, latency, and object-store result. Prompts, uploaded media, generated images, keys, and expiring URLs are not required by default.
Represent authentication as booleans and provenance such as header_present=true and secret_source=production-manager. Never collect the Api-Key value, environment dumps, shell history, request headers, or secret-manager payloads.
Use Read, Glob, and Grep to locate and inspect the approved evidence scope. Use Write and Edit only inside the explicitly named staging directory and manifest. Do not run live calls, expand the time window, scrape home directories, or attach repository secrets.
Require approval before including raw vendor bodies, opaque production identifiers, customer-derived metadata, or any content. The recipient and expiry must be known before transfer; bundle creation alone does not authorize sharing.
IDEOGRAM_API_KEY, Api-Key, signed URLs, image magic bytes, or unbounded logs.Return bundle path, manifest hash, incident and time scope, file and byte counts, redaction and secret-scan results, recipient, transfer status, expiry, and deletion receipt. Do not echo bundle content into the response.
429 count, peak in-flight count, and retry policy; omit bodies and prompts.files=4; secrets=0; images=0; urls=0; recipient=vendor-support; expires=24h.Open every staged file through the allowlist parser, rerun secret and binary scans, verify hashes after transfer, and test deletion. A compressed archive is not safe merely because it is encrypted.