Cms Migration

作者 payloadcms832d5bc4258a无许可证163 个星标收录于 2026年10月8日更新于 2026年10月8日仓库8周前更新

Use when user wants to migrate content from another CMS (WordPress, Contentful, Strapi, Sanity, Webflow, etc.) to Payload CMS

AI 生成的概览

以配置优先的交互式流程,指导把其他 CMS 的内容迁移到 Payload CMS 集合。

功能
该技能通过对话式流程,从源 CMS 的数据样本入手,分析数据结构,并提出 TypeScript 形式的 Payload 集合配置。它会与用户反复确认每个集合,然后讨论迁移顺序、关系映射、媒体处理和富文本转换。它还会提示常见建模陷阱,例如把重复出现的分类字符串当作 select 字段而非关系。
适用场景
当用户想把 WordPress、Contentful、Strapi、Sanity、Webflow 或类似 CMS 的内容迁移到 Payload CMS 时使用。适合在数据导入之前的早期结构设计讨论。
运行要求
不附带脚本,仅为说明文档。它引用一份随附的 Payload 字段参考文档,并假定用户能提供源数据样本(JSON、CSV 或结构描述)。

CMS Migration to Payload

Interactive workflow to design Payload collections from source CMS data. Config-first approach: establish the data structure through conversation before any data import.

Workflow

Start  ↓Ask for data sample  ↓Analyze data shape  ↓Propose collection config  ↓User reviews ──────────────┐  │                        │  ├─ changes needed ───→ Adjust config ──→ (back to User reviews)  │  └─ looks good ───→ Config confirmed                            ↓                    More collections? ──────┐                            │               │                            ├─ yes ──→ (back to Ask for data sample)                            │                            └─ no ───→ All collections confirmed                                              ↓                                      Discuss migration approach                                              ↓                                            Done

Phase 1: Data Analysis

When user provides data (JSON, CSV, or describes their schema):

  1. Identify field types - text, number, date, relationships, media, rich text
  2. Spot patterns - IDs, timestamps, nested objects, arrays
  3. Note relationships - foreign keys, embedded refs, linked content types
  4. Flag ambiguities - fields that could be multiple types, unclear purposes

Phase 2: Propose Collection Config

Present a Payload collection config based on analysis:

typescript
// Example output formatexport const Posts: CollectionConfig = {  slug: 'posts',  fields: [    { name: 'title', type: 'text', required: true },    { name: 'content', type: 'richText' },    { name: 'author', type: 'relationship', relationTo: 'users' },    // ...  ],}

Explain your reasoning for each field choice. When something could go multiple ways (group vs JSON, text vs textarea, select vs relationship), ask rather than assume.

Phase 3: Iterate with User

Work through uncertainties: required fields, hasMany relationships, rich text vs HTML, custom timestamps vs built-in. Continue until the user confirms the config.

Phase 4: Additional Collections

After each confirmation, ask:

"Are there other content types we should create collections for?"

If yes, loop back to Phase 1 with new data sample.

Common related collections to prompt for:

  • Media/uploads
  • Users/authors
  • Categories/tags
  • Settings (global)

Phase 5: Migration Approach

Only after ALL collections are confirmed, discuss data import:

  1. Order matters - which collections have no dependencies? Migrate those first
  2. Relationship mapping - how to resolve source IDs to Payload IDs
  3. Media handling - download/re-upload vs external URLs
  4. Rich text - HTML conversion needs or keep raw

Offer to generate a seed script or walk through manual import.

Things to Clarify

Throughout the process, watch for these:

  • ID references - are they relationships to other collections?
  • Image/file URLs - upload fields or keep as external URLs?
  • Nested objects - group, array, or blocks?
  • Localization - any fields need per-locale values?
  • Access control - who can read/write this collection?
  • Related content types - categories, tags, authors that need their own collections?

Critical: Select vs Relationship

This is the most common migration mistake. Data that looks static often needs to be dynamic.

When you see repeated string values (categories, tags, types, statuses):

json
{ "category": "Technology" }{ "category": "News" }{ "category": "Technology" }

Don't assume it's a select field. Ask:

"I see category has values like 'Technology', 'News'. Should this be:

  • A select field with fixed options (values won't change)
  • A relationship to a Categories collection (users can add/edit/remove categories later)"

Default to relationship for anything that looks like:

  • Categories, tags, topics, labels
  • Authors, assignees, reviewers
  • Statuses beyond simple draft/published
  • Types that might expand over time

Use select only for:

  • Truly fixed enums (yes/no, draft/published/archived)
  • Options defined by business logic, not content (payment status, priority levels)
  • Values that would break functionality if changed (role types with code dependencies)

If creating a relationship, remember to add the related collection (Categories, Tags, etc.) to the migration plan.

Reference Documentation

  • PAYLOAD-FIELD-REFERENCE.md [blocked] - Complete Payload field type schemas with examples

Common Pitfalls

IssueHow to Handle
User provides partial dataAsk for more samples, especially edge cases
Unclear relationshipsAsk user to describe how content types connect
Rich text ambiguityClarify: Lexical editor, Slate, or store raw HTML
Missing media collectionAlways confirm upload collection exists before referencing
Overly complex nested dataConsider flattening or using blocks instead of deep groups

来源与署名

来源:payloadcms/skills位于skills/cms-migration提交832d5bc

许可证: 无许可证

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