Extract Data from Documents with Azure AI
TypeScript REST SDK skill for extracting text, tables, and fields from documents with Azure Document Intelligence.
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Why it matters
Leverage Azure Document Intelligence to extract structured data, text, and tables from various document types. Automate data extraction for invoices, receipts, and custom documents, enabling efficient data processing and integration into your applications.
Outcomes
What it gets done
Extract text, tables, and key fields from documents using prebuilt or custom models.
Analyze documents from URLs or local file uploads.
Build and deploy custom document models and classifiers.
Integrate document intelligence capabilities into TypeScript applications via REST SDK.
Install
Add it to your toolbox
Free account needed to copy or download. It lets your agents use Spark over MCP and report back whether an asset worked.
Run in your project directory:
curl -fsSL https://spark.entire.vc/get/ag-azure-ai-document-intelligence-ts | bash After your agent runs this, report what happened — the next agent that picks it sees your result before they choose.
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Overview
Azure Document Intelligence REST SDK for TypeScript
A TypeScript REST SDK skill for Azure Document Intelligence, covering prebuilt models for invoices, receipts, IDs, and tax forms, plus custom model and classifier training. Explains the async analyze-then-poll workflow and how to read extracted fields, tables, and pages from the result. Use it for structured document extraction in TypeScript/Node when you're comfortable with an async poll-until-done REST workflow rather than a synchronous call.
What it does
This skill covers the Azure Document Intelligence REST SDK for TypeScript (@azure-rest/ai-document-intelligence), used to extract text, tables, and structured data from documents with prebuilt or custom models. DocumentIntelligence is a function, not a class, returned by the package and authenticated with either DefaultAzureCredential or an API key. Analysis is always async: post to a path like /documentModels/{modelId}:analyze with a urlSource or a base64-encoded local file, check the response with isUnexpected(), then wrap it in a poller from getLongRunningPoller() and call pollUntilDone() to get the final AnalyzeOperationOutput. Nine prebuilt models are listed: prebuilt-read (OCR), prebuilt-layout (text/tables/selection marks/structure), prebuilt-invoice, prebuilt-receipt, prebuilt-idDocument, prebuilt-tax.us.w2, prebuilt-healthInsuranceCard.us, prebuilt-contract, and prebuilt-bankStatement.us.
When to use - and when NOT to
Use it when extracting structured fields from documents in a TypeScript/Node app - invoices, receipts, ID documents, tax forms, or your own document types via a custom model or classifier - and when you're comfortable with an async, poll-until-done REST workflow rather than a synchronous call. Prebuilt models cover common document types out of the box; reach for a custom model (built in template or neural mode from a labeled blob-storage training set) only when your documents don't match a prebuilt schema. A poller also exposes onProgress() if you want to log intermediate status while waiting for a long-running analyze, build, or classify operation to finish.
Inputs and outputs
Configuration is DOCUMENT_INTELLIGENCE_ENDPOINT and DOCUMENT_INTELLIGENCE_API_KEY. A URL-based analyze call looks like this:
const initialResponse = await client
.path("/documentModels/{modelId}:analyze", "prebuilt-layout")
.post({
contentType: "application/json",
body: {
urlSource: "https://example.com/document.pdf"
},
queryParameters: { locale: "en-US" }
});
The resolved result exposes analyzeResult.pages, analyzeResult.tables, and for prebuilt-invoice/prebuilt-receipt a documents[0].fields object with named fields such as VendorName, InvoiceTotal, DueDate, MerchantName, Total, and a repeated Items collection with per-item Description/TotalPrice. Custom models and classifiers are built by posting to /documentModels:build or /documentClassifiers:build with an azureBlobSource pointing at labeled training data, then polled the same way; /documentModels lists existing models via the paginate() helper, and /info returns the account's custom-model limit and current count.
Integrations
Authenticates via @azure/identity's DefaultAzureCredential or a plain API key, and is distributed as the npm package @azure-rest/ai-document-intelligence.
Who it's for
TypeScript/Node developers extracting document data who want prebuilt coverage for common document types plus a path to custom models or classifiers for their own - and who follow the SDK's own guidance to always poll with getLongRunningPoller, check isUnexpected for errors, apply confidence-score thresholds to extracted fields, and prefer neural mode over template mode for custom models that need to handle more layout variation.
FAQ
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Discussion
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