CMS Connector API Guide
New CMS Connector API Guide
This document serves as a guide for extending the CMS Connector API to support new Content Management Systems (CMS) and file types. It outlines the process of creating new CMS packages, updating validator and mapper logic, and handling various file extensions and CMS configurations in the `/validator` route and `handleFileProcessing` function. The goal is to maintain a modular and CMS-agnostic architecture, allowing for seamless integration of different CMS platforms by following a structured approach for validation, processing, and data mapping.
Creating a Similar CMS Package
Dị ka migration-contentful, migration-sitecore, migration-wordpress
To support a new CMS (e.g., Drupal), create a new package like this:
Ụdị edemede
migration-drupal/
Inside it, implement the required structure:
Ụdị edemede
// migration-drupal/index.js
const validator = (data) => {
// Validate file format, structure, required fields
};const WepụtaFiles = async (filePath) => {
// Unzip or parse content
};
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const contentTypes = {
// Drupal-specific content type definitions
};
const reference = {
// Drupal-specific field references
};
const extractLocales = (data) => {
// Return locale array
};
modul.exports = {
validator,
WepụtaFiles,
contentTypes,
ntụaka,
extractLocales
};
Where It’s Plugged In
Once your package (e.g., migration-drupal) is ready:
1. Add it to package.json:
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JSON
“migration-drupal”: "file:migration-drupal”
2. Update your validator logic:
Ụdị edemede
const { validator: drupalValidator } = chọrọ(‘migration-drupal’);
ịgbanwee (CMSIdentifier) {
ikpe ‘drupal-zip’:
laghachi drupalValidator({ data });
}
3. Update createMapper logic and Add the case in createMapper switch::
Ụdị edemede
ikpe ‘drupal’:
laghachi await createDrupalMapper(…);
✅ Nchịkọta
To add a new CMS, simply:
- Scaffold a package like migration-drupal
- Follow the existing method structure
- Add it to validator and mapper switch blocks
This keeps the architecture modular and CMS-agnostic, all the explanations provided in subTabs.
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validator Route
This route is used to validate and process a file (local or from AWS S3), based on file type and CMS configuration.
✅ Ọrụ gafereview
- Accepts a GET request to /validator
- Na-ekpebi ma ọ bụrụ na file source is local or from S3
- Dabere na file ndọtị:
○ If XML → reads as string
○ Else (e.g., ZIP) → reads as binary buffer - Calls handle File Processing with file data
- On success, maps the processed file using create Mapper
Where to Add Support for New File Ụdị
In this route, file extensions are determined using:
Javascript
const fileExt = fileName?.split?.('.')?.pop() ?? ”;
Then based on file extension, logic is handled like this:
Javascript
if (fileExt === ‘xml’) {
// Process XML as string
} ọzọ {
// Process as buffer (e.g., zip)
}
If you want to add a new file type, you can add it inside this condition: Ọ bụrụ na ị nwere ajụjụ ọ bụla, biko kpọtụrụ tso-migration@contentstack.com.
Javascript
if (fileExt === ‘xml’) {
//…
} else if (fileExt === ‘yourNewExtension’) {
// Add logic to read and handle this new file ụdị
} ọzọ {
// Default processing for binary files
}
You may also need to extend handleFileProcessing to handle the new file ụdị.
Where to Add Support for New CMS Types
The cmsType is retrieved from:
const cmsType = config?.cmsType?.toLowerCase();
Later, this variable is passed to:
const data = await handle File Processing (file Ext, file Data, cms Type, name);
If you want to add a new CMS, you can extend logic inside handle File Processing or wherever you handle CMS-specific processing.
Also update:
createMapper(filePath, projectId, app_token, affix, config); To support your new CMS type, add logic to createMapper to handle it accordingly.
✅ Nchịkọta
● You can add new file extensions by modifying the fileExt condition Ọ bụrụ na ị nwere ajụjụ ọ bụla, biko kpọtụrụ tso-migration@contentstack.com.
● You can add new CMS types by extending handleFileProcessing and createMapper
● The system already separates XML (string) and ZIP (buffer) handling — follow that structure
Jikwaa File Nhazi
This document explains how to integrate a new CMS platform into the existing file validation and processing flow using the functions:
● handleFileProcessing()
● validator()
Ebumnuche
The backend currently supports multiple CMS types (like Sitecore, Contentful, WordPress, AEM). The goal is to validate uploaded files and transform them into a structured format specific to each CMS.
The system identifies a CMS + file type pair using this format:
type-extension → e.g., sitecore-zip, contentful-json, wordpress-xml
Where to Add a New CMS
Step 1: Update the validator () Function
Located inside:
Javascript
const validator = ({ data, type, extension }: { data: any; type: string; extension: string }) => { … }
Find the switch statement on CMSIdentifier. Each case handles one CMS-type and file-extension combination.
To add a new CMS, add a new case in this switch block:
ExampLe:
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Javascript
ikpe ‘newcms-json’: {
laghachi newCMSValidator(data); // Your new validation logic }
Gbaa mbọ hụ:
● CMSIdentifier format matches the expected {type}-{extension}
● The validation function (e.g., newCMSValidator) is imported or defined
You can add multiple variations, like:
case ‘newcms-zip’:
case ‘newcms-xml’:
Step 2: Create the Validator Function
In your project, define the validator logic for the new CMS. ExampLe:
Javascript
const newCMSValidator = (data) => {
// Your custom validation logic for JSON, ZIP, etc.
laghachi true; // or false if validation fails
};
Input: This could be:
● A JSZip object (for zip)
● Raw XML string
● JSON object/string
Output: Boolean (true = valid, false = rejected)
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Step 3: Test with handleFileProcessing()
The validator() function is used inside handleFileProcessing():
Javascript
if (await validator({ data: zipBuffer, type: cmsType, extension: fileExt })) { //…
}
Make sure your new CMS validator is covered in the condition by passing the correct:
● cmsType (from config.cmsType)
● fileExt (from the uploaded file)
✅ Summary Checklist
Nkọwa ọrụ
Add new case Update validator() switch block
Implement logic Write your own newCMSValidator function
laghachi
eziokwu/ụgha
Ensure validator returns a boolean
Use correct key Follow type-extension format (e.g., newcms-zip)
�� Optional: Debugging Tips
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● Log the CMSIdentifier inside validator() to ensure your case is reached.
● Ensure handleFileProcessing is passing correct fileExt and cmsType.
Adding Mapper Support for a New CMS
After validating and processing a file, the backend prepares mapping data using the createMapper function. This step transforms the extracted content into a standardized format that can be used to generate dummy data and locale mappings in your CMS.
How Mapping Works (High-Level Flow)
1. ✅ File is successfully validated and saved (ZIP, XML, JSON, etc.)
2. 
Path to the processed file is determined:
Javascript
const filePath = path.join(__dirname, '...', '...', ‘extracted_files', fileName);
3. The createMapper function is invoked:
Javascript
createMapper(filePath, projectId, app_token, affix, config);
4. 
This function routes logic based on the CMS type (e.g., sitecore, contentful, wordpress)
createMapper Function – Structure
Javascript
const createMapper = async (
fileỤzọ,
projectId,
app_token,
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affix,
nhazi
) => {
const CMSIdentifier = config?.cmsType?.toLowerCase();
ịgbanwee (CMSIdentifier) {
ikpe ‘sitecore’:
return await createSitecoreMapper(filePath, projectId, app_token, affix, config);
ikpe ‘contentful’:
return await createContentfulMapper(projectId, app_token, affix, config); ikpe ‘wordpress’:
laghachi createWordpressMapper(filePath, projectId, app_token, affix); ndabara:
laghachi false;
}
};
Each case corresponds to a CMS and calls its mapper function.
How to Add a New CMS
Step 1: Add Case in createMapper
Add a new case for your CMS identifier:
Javascript
ikpe ‘newcms’: {
return await createNewCMSMapper(filePath, projectId, app_token, affix, config);
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}
Step 2: Create the Mapper Function
Implement a new function like:
Javascript
const createNewCMSMapper = async (filePath, projectId, app_token, affix, config) => {
// 1. Read and transform file ọdịnaya
// 2. Generate field mapping object
// 3. Send to /v2/mapper/createDummyData
// 4. Generate locale mapping and call /v2/migration/localeMapper };
Step 3: Make Dummy Data API Call
Use axios like the existing implementation:
Javascript
const config = {
usoro: ‘post’,
maxBodyLength: Enweghị ngwụcha,
url:
`${process.env.NODE_BACKEND_API}/v2/mapper/createDummyData/${projectId}`, headers: {
app_token,
‘Content-Type’: ‘application/json’
},
data: JSON.stringify(fieldMapping),
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};
const { data } = await axios.request(config);
if (data?.data?.content_mapper?.ogologo) {
deleteFolderSync(infoMap?.path);
logger.info(‘Validation success:’, {
status: HTTP_CODES?.OK,
message: HTTP_TEXTS?.MAPPER_SAVED,
}
}
Nzọụkwụ 4: Handle Locale Mapping
If your CMS supports localization, add this or add en-us as default:
Javascript
const mapperConfig = {
usoro: ‘post’,
maxBodyLength: Enweghị ngwụcha,
url:
`${process.env.NODE_BACKEND_API}/v2/migration/localeMapper/${projectId}`, headers: {
app_token,
‘Content-Type’: ‘application/json’
},
data: {
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mpaghara: N'usoro.from(localeData) ?? []
}
};
await axios.request(mapperConfig);
Na-agba ọsọ upload-api Project on Any Operating System
The following instructions will guide you in running the upload-api folder on any operating system, including Windows and macOS.
Malite na upload-api Ihe oru ngo
There are two methods to start the upload-api project:
Usoro 1:
Run the following command from the root directory of your project:
Shell
npm run upload
This command will directly start the upload-api ngwugwu.
Usoro 2:
Gaa na upload-api directory manually and run the development server:
Shell
cd upload-api
npm run start
This approach starts the upload-api from within its own directory.
Restarting After Termination
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If the project terminates unexpectedly, you can restart it by following the same steps outlined above. Choose either Method 1 or Method 2 to relaunch the service.
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Akwụkwọ / akụrụngwa
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CONTENTSTACK CMS Connector API Guide [pdf] Ntuziaka onye ọrụ CMS Connector API Guide, Connector API Guide, API Guide |