platform-custom-metadata-type-generate — скилл для Claude Code
Генерирует и проверяет типы Custom Metadata в Salesforce, их поля и записи для деплоя между организациями. Помогает избежать типичных ошибок структуры метаданных.
npx skills add forcedotcom/sf-skills --skill platform-custom-metadata-type-generate -a claude-codeЧто делает platform-custom-metadata-type-generate
Скилл формирует разметку Custom Metadata Type (__mdt) в Salesforce: описания объектов в objects/<Name>__mdt/, поля и сами записи в каталоге customMetadata/. Главное отличие таких записей от Custom Settings — перенос между оргами вместе с метаданными проекта. Агент учитывает синтаксические тонкости схемы: тег <pluralLabel> здесь обязателен, а поля вроде sharingModel или nameField вызовут сбой развёртывания.
При генерации полей скилл отсекает неподдерживаемые типы данных вроде Currency, Formula или связей MasterDetail. Вместо валют используется Number. Для связей выставляется MetadataRelationship, потому что запись обычного Lookup приводит к скрытой подмене типа на стороне платформы и расхождениям в git. Для работы требуется утилита sf версии не ниже 2.136.8 и Salesforce API от 60.0.
Какие задачи решает
- создать определение Custom Metadata Type с суффиксом
__mdt - сгенерировать deployable-записи конфигурации в формате
.md-meta.xml - настроить поля
MetadataRelationshipдля связей сEntityDefinition - исправить ошибки валидации разметки перед деплоем в Salesforce
Примеры запросов агенту
- Создай новый тип Custom Metadata
Partner_Tier__mdtс описанием и публичной видимостью. - Добавь поле связи
MetadataRelationship, указывающее на объектEntityDefinition. - Сгенерируй запись Custom Metadata для тарифа в виде файла
.md-meta.xml.
Как установить platform-custom-metadata-type-generate
1Через Skills CLI (Vercel)
npx skills add forcedotcom/sf-skills --skill platform-custom-metadata-type-generate -a claude-code2Вручную: положить файлы
~/.claude/skills/platform-custom-metadata-type-generate/SKILL.mdПапка скилла целиком; для одного проекта — .claude/skills/platform-custom-metadata-type-generate/
1Через Skills CLI (Vercel)
npx skills add forcedotcom/sf-skills --skill platform-custom-metadata-type-generate -a codex2Вручную: положить файлы
.agents/skills/platform-custom-metadata-type-generate/SKILL.mdДля всех проектов — ~/.agents/skills/
1Через Skills CLI (Vercel)
npx skills add forcedotcom/sf-skills --skill platform-custom-metadata-type-generate -a cursor2Вручную: положить файлы
.cursor/skills/platform-custom-metadata-type-generate/SKILL.mdCursor читает и .agents/skills/, и .claude/skills/
1GitHub CLI
gh skill install forcedotcom/sf-skills platform-custom-metadata-type-generate2Вручную: положить файлы
.github/skills/platform-custom-metadata-type-generate/SKILL.md1Через Skills CLI (Vercel)
npx skills add forcedotcom/sf-skills --skill platform-custom-metadata-type-generate -a gemini-cli2Командой платформы
gemini skills install https://github.com/forcedotcom/sf-skills --path skills/platform-custom-metadata-type-generateВручную: положить файлы
.devin/skills/platform-custom-metadata-type-generate/SKILL.mdСтарый путь .windsurf/skills/ тоже читается
Через Skills CLI (Vercel)
npx skills add forcedotcom/sf-skills --skill platform-custom-metadata-type-generate -a opencodeClaude.ai
Упакуйте папку в zip и загрузите в Settings → Capabilities → Skills
По шагам, с командами для каждой платформы: Как установить скилл в Claude Code: пять способов
Из того же набора167
Похожие
Рядом в теме «Облака: AWS, Azure, GCP»
Всё по теме «Облака: AWS, Azure, GCP» →Вопросы о platform-custom-metadata-type-generate
Как установить platform-custom-metadata-type-generate в Claude Code?
Выполните команду npx skills add forcedotcom/sf-skills --skill platform-custom-metadata-type-generate -a claude-code. Утилита добавит скилл в локальное окружение агента.
Чем Custom Metadata Types отличаются от Custom Settings?
Записи CMDT переносятся между организациями как метаданные в составе репозитория или пакета. Custom Settings содержат строки данных, которые требуют отдельной загрузки после деплоя.
Какие системные требования нужны для работы скилла?
Требуется CLI-инструмент sf версии не ниже 2.136.8. Проект должен быть настроен на Salesforce API версии 60.0 или новее.
Исходный текст
SKILL.md · Apache-2.0
---
name: platform-custom-metadata-type-generate
description: "Use to create, generate, or validate Salesforce Custom Metadata Type metadata — the __mdt object, fields, and deployable records. Trigger on custom metadata types, CMDT, __mdt objects, .md-meta.xml files, or cross-org reference/config data; also admin-maintained mapping/lookup/crosswalk tables (config that changes without a deploy belongs in a CMDT, never hardcoded in Apex/Flow), and CMDT deploy errors. DO NOT TRIGGER for Custom Settings (use platform-custom-setting-generate), business-record objects (use platform-custom-object-generate), or secrets/API keys (use a Named Credential)."
metadata:
version: "1.0"
minApiVersion: "60.0"
domains: ["Platform"]
relatedSkills:
- "platform-custom-field-generate"
- "platform-custom-object-generate"
- "platform-custom-setting-generate"
- "platform-metadata-api-context-get"
cliTools:
- tool: ["sf"]
semver: ">=2.136.8"
---
# Salesforce Custom Metadata Type Generator and Validator
## When to Use This Skill
Use this skill when you need to:
- Create a Custom Metadata Type (`__mdt`)
- Generate or validate CMDT fields, including `MetadataRelationship` fields
- Generate CMDT **records** as deployable `.md-meta.xml` files
- Troubleshoot CMDT deployment errors
---
For authoritative Metadata API type, field, and enum details beyond this skill, use the `platform-metadata-api-context-get` skill.
## 1. Overview and Purpose
A Custom Metadata Type produces **two separate artifact families**, and most requests need both:
| Artifact | Path | Metadata type |
|---|---|---|
| Type definition | `objects/<Name>__mdt/<Name>__mdt.object-meta.xml` | `CustomObject` |
| Fields | `objects/<Name>__mdt/fields/<Field>__c.field-meta.xml` | `CustomField` |
| Records | `customMetadata/<Name>.<Record>.md-meta.xml` | `CustomMetadata` |
**API name suffix:** `__mdt` on the type; fields still end in `__c`.
**The defining advantage over a custom setting: CMDT records are metadata and therefore deploy between
orgs.** When a user says configuration should "ship with the package" or "be the same in every org," CMDT
is the right answer.
> **The root element is `<CustomObject>`, but almost none of a custom object's rules apply.** `sharingModel`,
> `nameField`, and `deploymentStatus` are required or normal on a regular custom object and are **hard
> errors** here. Do not carry assumptions across from `platform-custom-object-generate`.
---
## 2. Syntactic Essentials — Type Definition (Tier 1)
### Required and Allowed Elements
| Element | Requirement | Notes |
|---------|-------------|-------|
| `<label>` | **Required** | Singular UI name |
| `<pluralLabel>` | **Required** | Omitting it gives `Must specify a non-empty plural label for the CustomObject` |
| `<visibility>` | Always include | `Public`, or `Protected`/`PackageProtected` only in dev/sandbox/scratch (Section 6) |
| `<description>` | Always include | What this type configures and who owns it |
`<pluralLabel>` being **required here but forbidden on a custom setting** is the most commonly inverted
rule between the two families. Neither failure mentions the other family's rule.
### Forbidden Elements
Every element below produces `Cannot specify: <element> for Custom Metadata Type` — reusing a regular custom
object's skeleton (with `sharingModel`, `deploymentStatus`, a `nameField` block, or `enableSearch`) is the
usual cause:
`sharingModel`, `nameField`, `deploymentStatus`, `enableActivities`, `enableReports`, `enableHistory`,
`enableSearch`
**CORRECT** — minimum valid `__mdt` type:
```xml
<?xml version="1.0" encoding="UTF-8"?>
<CustomObject xmlns="http://soap.sforce.com/2006/04/metadata">
<label>Partner Tier</label>
<pluralLabel>Partner Tiers</pluralLabel>
<description>Discount and threshold configuration per partner tier. Ships with the package; edited by the revenue ops team.</description>
<visibility>Public</visibility>
</CustomObject>
```
---
## 3. Field Rules
**This skill owns the CMDT-specific deltas only** — the type allowlist, `fieldManageability`, and
`MetadataRelationship` below. For generic field mechanics (`<fullName>` derivation, `<label>`,
`<description>`, `<inlineHelpText>`, precision/scale, `<length>`, `visibleLines`), follow
`platform-custom-field-generate`.
### Supported Field Types
`Checkbox`, `Date`, `DateTime`, `Email`, `Number`, `Percent`, `Phone`, `Picklist`, `Text`, `TextArea`,
`LongTextArea`, `Url`, plus `MetadataRelationship`.
### Unsupported Field Types
`Currency`, `AutoNumber`, `MasterDetail`, `Summary`, `Location`, `Time`, `EncryptedText`, `Html`,
`MultiselectPicklist`. Each fails with a precise, well-formed error:
```text
Type {TypeName} of CustomMetadataField {Object}__mdt.{Field}__c is not supported for the Entity {Object}__mdt
```
(There is no trailing period.) Example: `Type Currency of CustomMetadataField Partner_Tier__mdt.Discount__c is not supported for the Entity Partner_Tier__mdt`
**Currency is the common trap** — it works on a custom setting but not here. Use `Number` with
`<precision>`/`<scale>` and put the currency in the label or help text.
**Formula fields are unsupported**, but they break the pattern above. A `<formula>` element on an otherwise
legal type gives only:
```text
Invalid data type.
```
### `Lookup` is silently coerced — CRITICAL
`<type>Lookup</type>` on a `__mdt` **does not fail** when its `referenceTo` resolves to a real sObject: the
deploy is green and the platform silently rewrites the field to `MetadataRelationship`. A later retrieve
shows a field the user never wrote:
```xml
<type>MetadataRelationship</type> <!-- was deployed as Lookup -->
```
**Always write `MetadataRelationship` explicitly.** Emitting `Lookup` produces a green deploy and a
source-vs-org mismatch that churns in git the first time anyone retrieves. (Reproduced on a live deploy: a
resolvable `Lookup` returns as `MetadataRelationship`; a non-resolvable `referenceTo` is cleanly rejected.)
### `MetadataRelationship`
Three targets, all valid. `referenceTo` selects which.
| `<referenceTo>` | Purpose | Extra requirement |
|---|---|---|
| Another `__mdt` type | Link two custom metadata types | Must be a *different* type |
| `EntityDefinition` | Point at an sObject | None |
| `FieldDefinition` | Point at a field | **Requires `<metadataRelationshipControllingField>`** |
```xml
<?xml version="1.0" encoding="UTF-8"?>
<CustomField xmlns="http://soap.sforce.com/2006/04/metadata">
<fullName>Target_Field__c</fullName>
<label>Target Field</label>
<type>MetadataRelationship</type>
<referenceTo>FieldDefinition</referenceTo>
<metadataRelationshipControllingField>Partner_Tier__mdt.Target_Object__c</metadataRelationshipControllingField>
<relationshipLabel>Target Field</relationshipLabel>
<relationshipName>Target_Field</relationshipName>
</CustomField>
```
The controlling field must be an `EntityDefinition` relationship **on the same type**, referenced as
`Type__mdt.Field__c`. Omitting it gives `Metadata relationships to Field Definition require a controlling field.`
**Self-references are impossible.** Pointing a `MetadataRelationship` at its own parent type fails with
`Cannot add a self-lookup relationship child with cascade or restrict options to the object itself` (verbatim
from a live `__mdt` deploy) — use a second type.
### `<fieldManageability>`
**Optional. It defaults to `DeveloperControlled`** — do not add it unless the user wants a different value.
Valid values are `DeveloperControlled`, `SubscriberControlled`, and `Locked`.
It is valid **only** on `__mdt` fields. On a regular custom object field or a custom setting field:
```text
Field manageability cannot be set on this entity.
```
---
## 4. CMDT Records (`.md-meta.xml`)
### Filename convention
Write `customMetadata/<TypeNameWithout__mdt>.<RecordDeveloperName>.md-meta.xml`.
```text
customMetadata/Partner_Tier.Bronze_AMER.md-meta.xml
```
The `__mdt` suffix in the filename also deploys and creates a real record, so it is tolerated — but
Salesforce's retrieve normalizes to the no-suffix form, so always write it without `__mdt` to avoid git
churn (detail in `references/cmdt-records.md`).
### Required namespaces
All three are mandatory on the root element — `xsi:type` on values will not resolve without them.
```xml
<CustomMetadata xmlns="http://soap.sforce.com/2006/04/metadata"
xmlns:xsd="http://www.w3.org/2001/XMLSchema"
xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
```
### `xsi:type` mapping — every value needs one
| Field type | Correct `xsi:type` | Example value |
|---|---|---|
| Checkbox | `xsd:boolean` | `true` |
| Date | `xsd:date` | `2024-01-15` |
| DateTime | `xsd:dateTime` | `2024-01-15T10:30:00.000Z` |
| Number, Percent | `xsd:double` | `42.0` |
| Text, TextArea, LongTextArea | `xsd:string` | `some text` |
| Email, Phone, Url | `xsd:string` | `[email protected]` |
| **Picklist** | **`xsd:string`** | `Beta` |
| MetadataRelationship → `EntityDefinition` | `xsd:string` | `Account` |
| MetadataRelationship → `FieldDefinition` | `xsd:string` | `Account.Name` |
| *any type, null* | *no `xsi:type`* — write `<value xsi:nil="true"/>` | |
A value pointing at **another `__mdt` type** via `MetadataRelationship` was not verified — expect
`xsd:string` with the target's DeveloperName, but confirm.
### `xsd:picklist` must not be emitted — CRITICAL
**Salesforce's own documentation tells you to use `xsd:picklist` for Picklist fields. It is wrong** — it is
not a valid XML Schema type. Instead of a clean validation error, the platform fails the entire deploy
server-side with no component-level diagnostics, taking every other component down with it. **Always emit
`xsd:string` for a Picklist field's value; never `xsd:picklist`.** See `references/cmdt-records.md` §2.
### Record body rules
- `<label>` is **required**. Omitting it gives `Required fields are missing: [MasterLabel]` — note it reports
the sObject field name `MasterLabel`, not `label`.
- `<protected>` is optional and defaults to `false`.
- Never put `<fullName>` inside a `<values>` block — it is a hard parse error.
- `<value xsi:nil="true"/>` works on optional fields. On a **required** field it is rejected exactly as if
the field were absent. Omitting `xsi:type` on a non-nil value is always fatal, including for text fields.
**CORRECT** — a complete record:
```xml
<?xml version="1.0" encoding="UTF-8"?>
<CustomMetadata xmlns="http://soap.sforce.com/2006/04/metadata"
xmlns:xsd="http://www.w3.org/2001/XMLSchema"
xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
<label>Bronze AMER</label>
<protected>false</protected>
<values>
<field>Discount_Percent__c</field>
<value xsi:type="xsd:double">5.0</value>
</values>
<values>
<field>Region__c</field>
<value xsi:type="xsd:string">AMER</value>
</values>
<values>
<field>Effective_Date__c</field>
<value xsi:type="xsd:date">2024-01-15</value>
</values>
<values>
<field>Notes__c</field>
<value xsi:nil="true"/>
</values>
</CustomMetadata>
```
### Record DeveloperName rules
The name is the second segment of the filename. It must begin with a letter, contain only alphanumerics and
underscores, not end with an underscore, not contain two consecutive underscores, and be **at most 40
characters**. Violations give:
```text
Custom Metadata Record Name: The <Type>__mdt API Name can only contain underscores and alphanumeric characters. It must be unique, begin with a letter, not include spaces, not end with an underscore, and not contain two consecutive underscores.
```
Over 40 characters gives `Value too long for field: fullName maximum length is:40` (no space after the colon).
### Deploy ordering
**No ordering constraint** — the type and every referenced field only need to *resolve* (already in the org,
or present in the same deploy). Two failures tell you what is missing:
`Custom metadata type <Type>__mdt is not available in this organization.` (the type is missing) and
`<Type>__mdt: could not find fields: <Field>__c` (the type exists but the field does not).
→ Full record-value error catalog and the `xsi:type` coercion asymmetry: **`references/cmdt-records.md`**.
### Generating records from user input
Record data arrives three ways; in each case emit **one `<Type>.<Record>.md-meta.xml` per row**, mapping
columns to `<field>`/`<value>` pairs with the right `xsi:type`:
- **Inline list/table** — map columns straight to fields.
- **CSV** — header = field API names (or map labels to them), each line = one record; take the DeveloperName
from a key column.
- **Prose** — infer the rows ("Bronze at 5%, Gold at 15%") and confirm the field mapping before generating.
Derive every DeveloperName **deterministically** from the key column or label — never free-hand one. For each
row, run `scripts/sanitize-developer-name.sh "<LABEL>" <ROW>` **before** writing its record file (same input →
same valid name; empty/all-symbol/non-Latin labels fall back to `Record_<ROW>`).
The transform is **many-to-one** — `United States` and `United-States` both yield `United_States`, and since
each record is `<Type>.<DeveloperName>.md-meta.xml`, a collision silently overwrites a row. After deriving the
whole batch, check duplicates **before writing**; on any collision **stop and report the colliding source
labels** rather than overwrite (append a deterministic `_2`/`_3` suffix only if the user asks to auto-resolve).
Ordered algorithm, ASCII-only limitation, uniqueness check, and worked examples: **`references/cmdt-records.md` §7**.
### Consuming records in Apex
Records are read through the generated typed class — **no SOQL, no query rows consumed**, safe in loops and
triggers:
```apex
Map<String, Partner_Tier__mdt> all = Partner_Tier__mdt.getAll();
Partner_Tier__mdt bronze = Partner_Tier__mdt.getInstance('Bronze_AMER'); // by DeveloperName
```
**Accessor truncation — CRITICAL for `LongTextArea`.** `getAll()`/`getInstance()` return only the **first
255 characters** of any field; longer `LongTextArea` values are silently truncated for those callers and
must be read via SOQL (`SELECT ... FROM Partner_Tier__mdt`). Say so whenever you put a `LongTextArea` on a
CMDT.
---
## 5. Choosing the Right Component
Before generating, confirm a CMDT is what the user needs.
| If the config is… | Use | Why |
|---|---|---|
| Reference data that must **deploy between orgs** with its records | **CMDT** (this skill) | Records are metadata |
| An admin-maintained **mapping / lookup / crosswalk** table (field↔field, code↔code, "map A to B") | **CMDT** (this skill) | Editable reference data, one record per pair |
| Admin-editable per profile/user, or org-local | `platform-custom-setting-generate` | Values are data and stay in one org |
| Business records users create and edit at runtime | `platform-custom-object-generate` | CMDT records are not transactional data |
| Translatable UI text | Custom Label — not generated here | Labels are the translation surface |
| Credentials, API keys, tokens | Named Credential / External Credential — not generated here | See Section 6 |
| A permission check in Apex or a flow | Custom Permission — not generated here | Boolean access belongs in the permission model |
The distinction that matters most: **CMDT records deploy, custom setting values do not.** If the user needs
admins to edit values per profile at runtime, that is a custom setting, not a CMDT.
> **Field-mapping and lookup tables are a canonical CMDT use case.** When a user asks to "map fields from A
> to B," maintain a code-to-code lookup, or keep a crosswalk admins can edit, model it as a CMDT — one record
> per pair (e.g. `Lead_Field__c`/`Target_Field__c`, or `MetadataRelationship` fields to `FieldDefinition`) —
> **never** a hardcoded Apex `Map`, constant, or Flow decision. Phrasing like "for conversion" or "for our
> integration" does not make it code: if admins maintain the pairs without a deploy, it is CMDT reference data.
---
## 6. Visibility, Secrets, and the No-Silent-Downgrade Rule
### `Protected` and `PackageProtected` are org-type dependent
Both deploy only in a developer, sandbox, or scratch org. Anywhere else:
```text
You can't set the visibility for a Custom Metadata Type to Protected unless you are in a developer, sandbox, or scratch org.
```
`PackageProtected` gives the same string with `PackageProtected` substituted. The failure is confirmed in a
production-like org; that these values *succeed* in a dev, sandbox, or scratch org is taken from the message
text rather than separately tested.
### The no-silent-downgrade rule — CRITICAL
**If `Protected` fails because of the org type, never "fix" it by switching to `Public`.** Stop and tell the
user. A silent downgrade turns a deliberate confidentiality choice into a world-readable component with a
green deploy and no warning — the worst possible outcome, because nothing signals that anything changed.
Report the situation instead: the org does not permit `Protected`, so the options are to deploy to a
dev/sandbox/scratch org or to accept `Public`. Let the user choose.
This applies to any narrowing of visibility, not only this error.
### Secrets do not belong in a CMDT
A CMDT is **not** a secret store. `Protected` restricts access from outside the namespace, but it is not
encryption and it does not protect the value from code or admins inside it.
When a user asks to store an API key, password, token, client secret, or certificate in a CMDT:
1. **Warn prominently and first** — before generating anything — that a CMDT is the wrong home for a
credential, and that `Protected` is not encryption.
2. **Recommend the right component** — a **Named Credential** with an **External Credential**. Say plainly
that this skill does not generate them.
3. **If the user still insists, comply** — generate the CMDT with `Protected` visibility where the org
allows it, and keep the warning in the response. Do not silently refuse, and do not silently obey.
**The two rules compose, and the order matters.** If the user insists on a CMDT for a secret *and* the org
rejects `Protected`, the no-silent-downgrade rule is what prevents the key from landing in a `Public`
component. Stop and report — never downgrade a secret-bearing type to `Public`.
---
## 7. Deployment Error Reference
Every type- and field-level error string is stated inline in Sections 2–4, next to the mistake that causes
it (`Cannot specify: <element> for Custom Metadata Type`, the unsupported-type string, `Invalid data type.`
for a formula, `Field manageability cannot be set on this entity.`, the `MetadataRelationship` controlling-
field and self-lookup errors, and the `Must specify a non-empty plural label` case).
The **full verbatim record-value catalog** — every wrong-`xsi:type` rejection, `Required fields are missing:
[MasterLabel]`, nil-on-required, the DeveloperName rules, and the exact-text traps (field named by Label not
API name, the doubled space and `i.g.` typo in the no-`xsi:type` error, `maximum length is:40` with no
space) — is in **`references/cmdt-records.md`**.
One matching caution: the suffix here is `for Custom Metadata Type` (spaced, title case); custom settings
use `for CustomSettings`. Do not assume a shared template when matching these strings.
---
## 8. Verification Checklist
### Type Definition Checks
- [ ] Are `<label>`, `<pluralLabel>`, and `<visibility>` all present?
- [ ] Is `<description>` present and specific?
- [ ] Are `<sharingModel>`, `<nameField>`, and `<deploymentStatus>` ABSENT?
- [ ] Are `<enableActivities>`, `<enableReports>`, `<enableHistory>`, and `<enableSearch>` ABSENT?
- [ ] Does the directory and filename end in `__mdt`?
### Field Checks
- [ ] Is every field type in the supported list (Section 3)?
- [ ] Is `Currency` absent? (unsupported here — use `Number`)
- [ ] Is every `<formula>` element absent?
- [ ] Is `<type>Lookup</type>` absent, written as `MetadataRelationship` instead? CRITICAL — `Lookup` deploys silently and is rewritten
- [ ] For `FieldDefinition` relationships, is `<metadataRelationshipControllingField>` present?
- [ ] Does no `MetadataRelationship` point at its own parent type?
- [ ] Is `<fieldManageability>` omitted unless a non-default value was requested?
### Record Checks CRITICAL
- [ ] Is the filename `<Type>.<Record>.md-meta.xml` **without** `__mdt`?
- [ ] Are all three namespaces (`xmlns`, `xmlns:xsd`, `xmlns:xsi`) on the root element?
- [ ] Does every non-nil `<value>` carry an `xsi:type`?
- [ ] Is `xsi:type="xsd:picklist"` absent everywhere? (crashes the whole deploy — use `xsd:string`)
- [ ] Does each `xsi:type` match the field type per the Section 4 table?
- [ ] Is `<label>` present on every record?
- [ ] Is `<fullName>` absent from every `<values>` block?
- [ ] Is every required field given a real value rather than `xsi:nil="true"`?
- [ ] Is every record DeveloperName ≤ 40 characters, starting with a letter, no spaces or hyphens?
- [ ] If records came from a batch/list/CSV, are all derived DeveloperNames distinct (checked with `sort | uniq -d`), with any collision reported rather than silently overwriting a row? CRITICAL — a collision loses a record with no deploy error
- [ ] Does every `<field>` name a field that exists on the type or is in this deploy?
- [ ] If records came from a list, CSV, or prose description, is there exactly one file per row with the columns mapped to the right fields?
### Consumption Checks
- [ ] If the user asked how to read the records, was an Apex snippet given using `getAll()` / `getInstance(developerName)`?
- [ ] If any record populates a `LongTextArea`, was the user warned the accessors truncate to 255 characters and that SOQL is needed for the full value?
### Security Checks CRITICAL
- [ ] If the request involves a secret, key, token, or password, was the warning given **before** generating, with a Named Credential recommended?
- [ ] Was `Protected` left intact rather than silently downgraded to `Public` on an org-type failure?
### Component-Choice Checks
- [ ] If admins need to edit values per profile or user at runtime, was `platform-custom-setting-generate` recommended instead?
- [ ] If the data is really transactional business records, was `platform-custom-object-generate` recommended instead?
---
## Reference File Index
| File | When to read |
|------|-------------|
| `references/cmdt-records.md` | Debugging a CMDT record deploy — full verbatim record-value error catalog, the type-coercion asymmetry (which `xsi:type` mismatches the platform silently accepts), and worked record examples |
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