Exposes AWS-backed website features to server-side JS, registered as the awsManager service. Wraps AwsManager's CloudFront and ACM certificate handling, Route 53 hosted zone lookups, and Textract document and expense analysis behind plain maps and lists, so app code can call these AWS operations without handling AWS SDK types directly. ACM certificate lookups are cached briefly per website to reduce the number of calls made to CloudFront.

Group: Managers

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Methods

getCertificateForWebsite(Website website) · requestAcmCertificate(Website website) · deleteCertificate(Website website) · setCertificateActive(Website website) · getHostedZoneById(String hzId) · getHostedZoneByName(String dnsName) · getHostedZoneDelegationById(String hzId) · getHostedZoneRecordSet(String hzId) · getCloudFrontDetails(Website website) · updateWebsiteHostedZone(Website website) · startExpenseAnalysis(FileItem fileItem) · startExpenseAnalysis(byte[] fileBytes) · startExpenseAnalysis(InputStream in) · getExpenseAnalysis(String jobId) · analyzeExpense(FileItem fileItem) · analyzeExpense(byte[] fileBytes) · analyzeExpense(InputStream in) · analyzeExpense(InputStream in, Long contentLength) · startDocumentAnalysis(FileItem fileItem, DocumentAnalysisBuilder builder) · startDocumentAnalysis(byte[] fileBytes, DocumentAnalysisBuilder builder) · startDocumentAnalysis(InputStream in, DocumentAnalysisBuilder builder) · startDocumentAnalysis(InputStream in, Long contentLength, DocumentAnalysisBuilder builder) · analyzeDocument(byte[] fileBytes, DocumentAnalysisBuilder builder) · analyzeDocument(FileItem fileItem, DocumentAnalysisBuilder builder) · analyzeDocument(InputStream in, DocumentAnalysisBuilder builder) · analyzeDocument(InputStream in, Long contentLength, DocumentAnalysisBuilder builder) · getDocumentAnalysis(String jobId) · newDocumentAnalysisBuilder() · toMap(ToCopyableBuilder tcb) · toList(Collection<? extends ToCopyableBuilder> tcb)

getCertificateForWebsite(Website website)

Returns: Map<String,Object>

Looks up the ACM certificate for a website's CloudFront custom domain, converted to a plain map. Results are cached for fifteen seconds per website ID so repeated calls do not hit CloudFront each time.

requestAcmCertificate(Website website)

Returns: void

Requests a new ACM certificate for the website's custom domain and clears the cached certificate status for the website so the next read reflects the pending request.

deleteCertificate(Website website)

Returns: boolean

Deletes the ACM certificate for the website, also removing it from the CloudFront distribution, and clears the cached certificate status for the website.

setCertificateActive(Website website)

Returns: void

Activates a previously requested ACM certificate for the website's custom domain, and clears the cached certificate status for the website so the next read reflects the change.

getHostedZoneById(String hzId)

Returns: Map<String,Object>

Looks up a Route 53 hosted zone by ID, converted to a plain map. Returns null if the hosted zone is not one of the current organisation's registered hosted zones.

getHostedZoneByName(String dnsName)

Returns: Map<String,Object>

Looks up the current organisation's Route 53 hosted zone for a domain name, converted to a plain map.

getHostedZoneDelegationById(String hzId)

Returns: Map<String,Object>

Looks up the full Route 53 hosted zone details, including its delegation set of name servers, converted to a plain map. Returns null if the hosted zone is not one of the current organisation's registered hosted zones.

getHostedZoneRecordSet(String hzId)

Returns: List<Map<String,Object>>

Lists the DNS records in a Route 53 hosted zone, each converted to a plain map. Returns null if the hosted zone is not one of the current organisation's registered hosted zones.

getCloudFrontDetails(Website website)

Returns: Map<String,Object>

Looks up the CloudFront distribution serving a website, returning its ID, domain name and status as a plain map. Returns null if the website has no CloudFront distribution.

updateWebsiteHostedZone(Website website)

Returns: Map<String,Object>

Updates the Route 53 hosted zone for the website's domain name so its DNS records match the website's current configuration, converted to a plain map.

startExpenseAnalysis(FileItem fileItem)

Returns: String

Uploads the file to S3 and starts an asynchronous Textract expense analysis job for it, such as a receipt or invoice. Use getExpenseAnalysis with the returned job ID to retrieve the result once it completes.

startExpenseAnalysis(byte[] fileBytes)

Returns: String

Uploads the file content to S3 and starts an asynchronous Textract expense analysis job for it. Use getExpenseAnalysis with the returned job ID to retrieve the result once it completes.

startExpenseAnalysis(InputStream in)

Returns: String

Uploads the stream's content to S3 and starts an asynchronous Textract expense analysis job for it. Use getExpenseAnalysis with the returned job ID to retrieve the result once it completes.

getExpenseAnalysis(String jobId)

Returns: GetExpenseAnalysisResponse

Fetches the result of a Textract expense analysis job started with startExpenseAnalysis.

analyzeExpense(FileItem fileItem)

Returns: AnalyzeExpenseResponse

Uploads the file to S3 and synchronously runs Textract expense analysis on it, blocking until the result is available. Prefer startExpenseAnalysis for larger documents to avoid a long-running call.

analyzeExpense(byte[] fileBytes)

Returns: AnalyzeExpenseResponse

Uploads the file content to S3 and synchronously runs Textract expense analysis on it, blocking until the result is available. Prefer startExpenseAnalysis for larger documents to avoid a long-running call.

analyzeExpense(InputStream in)

Returns: AnalyzeExpenseResponse

Uploads the stream's content to S3 and synchronously runs Textract expense analysis on it, blocking until the result is available. Prefer startExpenseAnalysis for larger documents to avoid a long-running call.

analyzeExpense(InputStream in, Long contentLength)

Returns: AnalyzeExpenseResponse

Uploads the stream's content, of the given length, to S3 and synchronously runs Textract expense analysis on it, blocking until the result is available. Prefer startExpenseAnalysis for larger documents to avoid a long-running call.

startDocumentAnalysis(FileItem fileItem, DocumentAnalysisBuilder builder)

Returns: String

Uploads the file to S3 and starts an asynchronous Textract document analysis job for it, extracting the features and queries configured on the builder. Use getDocumentAnalysis with the returned job ID to retrieve the result once it completes.

startDocumentAnalysis(byte[] fileBytes, DocumentAnalysisBuilder builder)

Returns: String

Uploads the file content to S3 and starts an asynchronous Textract document analysis job for it, extracting the features and queries configured on the builder. Use getDocumentAnalysis with the returned job ID to retrieve the result once it completes.

startDocumentAnalysis(InputStream in, DocumentAnalysisBuilder builder)

Returns: String

Uploads the stream's content to S3 and starts an asynchronous Textract document analysis job for it, extracting the features and queries configured on the builder. Use getDocumentAnalysis with the returned job ID to retrieve the result once it completes.

startDocumentAnalysis(InputStream in, Long contentLength, DocumentAnalysisBuilder builder)

Returns: String

Uploads the stream's content, of the given length, to S3 and starts an asynchronous Textract document analysis job for it, extracting the features and queries configured on the builder. Use getDocumentAnalysis with the returned job ID to retrieve the result once it completes.

analyzeDocument(byte[] fileBytes, DocumentAnalysisBuilder builder)

Returns: AnalyzeDocumentResponse

Uploads the file content to S3 and synchronously runs Textract document analysis on it, extracting the features and queries configured on the builder and blocking until the result is available. Prefer startDocumentAnalysis for larger documents to avoid a long-running call.

analyzeDocument(FileItem fileItem, DocumentAnalysisBuilder builder)

Returns: AnalyzeDocumentResponse

Uploads the file to S3 and synchronously runs Textract document analysis on it, extracting the features and queries configured on the builder and blocking until the result is available. Prefer startDocumentAnalysis for larger documents to avoid a long-running call.

analyzeDocument(InputStream in, DocumentAnalysisBuilder builder)

Returns: AnalyzeDocumentResponse

Uploads the stream's content to S3 and synchronously runs Textract document analysis on it, extracting the features and queries configured on the builder and blocking until the result is available. Prefer startDocumentAnalysis for larger documents to avoid a long-running call.

analyzeDocument(InputStream in, Long contentLength, DocumentAnalysisBuilder builder)

Returns: AnalyzeDocumentResponse

Uploads the stream's content, of the given length, to S3 and synchronously runs Textract document analysis on it, extracting the features and queries configured on the builder and blocking until the result is available. Prefer startDocumentAnalysis for larger documents to avoid a long-running call.

getDocumentAnalysis(String jobId)

Returns: GetDocumentAnalysisResponse

Fetches the result of a Textract document analysis job started with startDocumentAnalysis.

newDocumentAnalysisBuilder()

Returns: DocumentAnalysisBuilder

Creates a new, empty builder for configuring the features and queries to run in a call to startDocumentAnalysis or analyzeDocument.

toMap(ToCopyableBuilder tcb)

Returns: Map<String,Object>

Converts an AWS SDK response object to a plain map by round-tripping it through its builder and JSON, so app code can read AWS results without depending on AWS SDK types. Dates are serialised in ISO format.

toList(Collection<? extends ToCopyableBuilder> tcb)

Returns: List<Map<String,Object>>

Converts a collection of AWS SDK response objects to a list of plain maps, one per element, using toMap.