Design a repeatable Figma-to-code workflow using Anima, from approved design inputs through code generation, normalization, checks, and human review. The result is a project architecture with clear boundaries for artifacts, credentials, and delivery.
Structure Anima SDK workflows with a reusable client, preset settings, source-aware caching, output normalization, and bounded retries. These patterns help teams make design-to-code generation more consistent while controlling cache scope and recovery behavior.
Harden credentials and access in Anima and Figma design-to-code pipelines. Check token scope, server-side use, secret storage, and generated artifacts so exposed credentials or unapproved design access stop the pipeline safely.
Build a workflow that uses Figma webhooks, notifications sent when designs change, to queue Anima code generation. Handle approved sources, duplicate events, retries, and rate limits, with approval required before generated code is merged or deployed.
Set up CI checks for Claude API features, including fast unit tests that use mocks and gated prompt regression tests that call the live API. Define when secrets are exposed and how to limit test costs.
Diagnose Claude API failures using HTTP status codes and error types. Identify authentication, request validation, and rate limit issues, apply appropriate fixes or bounded retries, and record verification results without exposing sensitive content.
Build Claude assistants that call functions or APIs through the Messages API. Define tools with JSON inputs, execute returned tool requests in your code, send results back to Claude, and control repeated calls with a bounded agent loop.
Build Claude API workflows for live, incremental responses or asynchronous bulk processing. Handle streaming events and collect final usage details, or submit up to 100,000 requests through the Message Batches API and retrieve results by custom ID.
Review an Algolia search release before production by checking relevance, credentials, indexing, event tracking, monitoring, and rollback evidence. It produces a release-bound checklist with failed gates, approved waivers, and a clear go or no-go decision.
Plan migrations from archived Alchemy JavaScript SDKs to current clients suited to each capability, such as viem or Wallet APIs v5. It helps inventory calls, compare behavior with fixtures, run a limited canary, and prepare rollback evidence.
Build or repair Alchemy Notify event delivery with signature checks, duplicate prevention, and persistent processing. Produce a reviewable receiver design, failure tests, replay procedures, and rollback plans for blockchain notifications.
Build CI checks for Algolia records, settings, and queries using offline tests plus optional live checks on disposable indexes. Capture test evidence, clean up temporary indexes, and keep production credentials and write keys away from untrusted pull requests.
Implement or review product and content search with the Algolia JavaScript v5 client. Define filters, facets for narrowing results, pagination, and highlighting for a single index, then test result fields and edge cases.
Plan and build an Algolia indexing workflow from an authoritative dataset. Validate records and stable IDs, choose incremental updates or full replacement, wait for indexing tasks, verify search results and settings, and document rollback steps.
Review Algolia billing and usage alongside application behavior to identify cost drivers such as search requests, records, replicas, and optional features. Get ranked control ideas with estimated ranges, tradeoffs, and a plan to measure their impact.
Review records and user events sent to Algolia. Maps data flows, identifies unnecessary fields, and develops correction and deletion procedures with verification evidence, giving privacy owners a technical basis for reviewing data handling.
Collect evidence for reproducible Algolia search or indexing failures, including client versions, reproduction steps, and redacted request details. Package the findings with a file manifest and secret scan results for review before a support handoff.
Map people and application actors to Algolia team roles, API-key permissions, index limits, and tenant restrictions. Get a least-privilege access matrix, safe allow-and-deny checks, and lifecycle findings for rotation, SSO, and account changes.
Verify an Algolia setup with a small JavaScript v5 example: write known test records to a disposable index, wait for indexing, search for a record, and report the result. Use it to check credentials and first connectivity safely.
Investigate an Algolia-backed search problem by separating availability, access, freshness, speed, relevance, and event collection symptoms. Use application, provider, and data pipeline evidence to choose reversible containment, verify recovery with representative queries, and record the incident handoff.
Set up the Algolia JavaScript v5 client with separate credentials for browser searches and server writes. Define environment settings, restrict each key’s permissions, and verify operation through read-only searches or writes to a disposable test index.
Develop and check Algolia record transformations and search queries with credential-free offline tests. When needed, run an optional integration check against a uniquely named disposable index, then verify and clean up its test records without touching production indices.
Plan and carry out a migration to Algolia by mapping data, queries, filters, and ranking behavior. Validate a new index against representative searches, then prepare an approved traffic cutover with acceptance criteria and a rollback procedure.
Set up separate Algolia search targets for development, staging, previews, and production. Define environment selection, credential scopes, reviewed promotion of search settings and data, and cleanup rules for temporary indices, the collections that hold searchable records.
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