ID of the output document generated by this conversion job.
Object.defineProperty(StatusJobData.prototype, 'outputDocumentId',
get: function()
)
readonly outputDocumentId: string;
The ID of the output document generated by this conversion job. The default value is null.
outputDocumentId is an optional value and if the default value of null is used, then the framework will use a new GUID for the output document. The output document will be uploaded to the cache and its URL stored in outputDocumentUri when the job finishes.
import { DocumentHelper } from "../../utilities/DocumentHelper";
export class StatusJobDataRunner_Example {
private el: HTMLElement;
public constructor() {
lt.RasterSupport.setLicenseUri("https://demo.leadtools.com/licenses/js/LEADTOOLSEVAL.txt", "EVAL", null);
DocumentHelper.initFactory();
}
public run(buttonID: string) {
document.getElementById(buttonID).onclick = this.convert;
}
convert = () => {
// We will be converting this TIFF file to PDF
const imageUrl = "https://demo.leadtools.com/images/tiff/ocr.tif";
const loadDocumentOptions = new lt.Document.LoadDocumentOptions();
DocumentHelper.log("Loading document...");
// Load the source document and save it to the cache
lt.Document.DocumentFactory.loadFromUri(imageUrl, loadDocumentOptions)
.done((doc) => {
DocumentHelper.log("Saving document to cache...");
lt.Document.DocumentFactory.saveToCache(doc)
.done(() => {
let userToken = null;
let jobToken = null;
let minWaitFromResponse = 2000;
let minWaitFromRequest = 3000;
let requestTime = -1;
let responseTime = -1;
let runQuery = null;
// Document is the cache, create the job data and set its options
const jobData = new lt.Document.DocumentConverterJobData();
jobData.documentFormat = lt.Document.Writer.DocumentFormat.pdf;
// Convert
const convertJobPromise = lt.Document.Converter.StatusJobDataRunner.runConvertJob(doc.documentId, jobData)
.done((convertJobResult) => {
// convertJobResult is of type lt.Document.Converter.StatusJobDataRunner.RunConvertJobResult
// Get the user and job token
userToken = convertJobResult.userToken;
jobToken = convertJobResult.jobToken;
// Create the function to call when the job is done
const queryDone = (statusJobData) => {
// statusJobData is of type lt.Document.Converter.StatusJobData
// Check for errors
if (statusJobData.errorMessages && statusJobData.errorMessages.length) {
const messages = [
"The conversion job encountered an error:",
statusJobData.errorMessages[0],
"Check the console for more information."
];
alert(messages.join("\n"));
return;
}
else if (statusJobData.isCompleted) {
// Completed successfully
// Delete the job
lt.Document.Converter.StatusJobDataRunner.deleteConvertJob(userToken, jobToken)
.always(() => {
// Success, load the document
DocumentHelper.log("Finished loading result document...");
lt.Document.DocumentFactory.loadFromUri(statusJobData.outputDocumentUri, loadDocumentOptions)
.done((resultDoc) => {
const resultDocument = resultDoc.cacheUri;
const link = document.createElement("a");
const url = resultDocument;
link.href = url;
link.innerHTML = url;
link.target = "_default";
DocumentHelper.log("Converted: " + url, url);
})
.fail(DocumentHelper.showServiceError);
});
return;
}
DocumentHelper.log("Converting " + statusJobData.jobStatusMessage + "...");
// Keep querying
runQuery(Date.now());
};
runQuery = (responseTime) => {
const now = Date.now();
if (requestTime !== -1) {
const timeSinceRequest = now - requestTime;
const timeSinceResponse = now - responseTime;
// If we haven't waited the minimum since the response and haven't waited the maximum since the request, wait
if (timeSinceResponse < minWaitFromResponse || timeSinceRequest < minWaitFromRequest) {
const waitTime = Math.max(minWaitFromResponse - timeSinceResponse, minWaitFromRequest - timeSinceRequest);
window.setTimeout(() => {
runQuery(responseTime);
}, waitTime);
return;
}
}
lt.Document.Converter.StatusJobDataRunner.queryConvertJobStatus(userToken, jobToken)
.done(queryDone)
.fail(DocumentHelper.showServiceError);
requestTime = Date.now();
return;
}
runQuery(Date.now());
})
.fail(DocumentHelper.showServiceError);
})
.fail(DocumentHelper.showServiceError);
})
.fail(DocumentHelper.showServiceError);
}
}
export class DocumentHelper {
static showServiceError = (jqXHR, statusText, errorThrown) => {
alert("Error returned from service. See the console for details.");
const serviceError = lt.Document.ServiceError.parseError(jqXHR, statusText, errorThrown);
console.error(serviceError);
}
static log = (message: string, data?: any) => {
const outputElement = document.getElementById("output");
if (outputElement) {
const time = (new Date()).toLocaleTimeString();
const textElement = document.createElement("p");
textElement.innerHTML = (outputElement.childElementCount + 1) + " [" + time + "]: " + message;
outputElement.insertBefore(textElement, outputElement.firstChild);
}
if (!data)
console.log(message);
else
console.log(message, data);
}
static initFactory = () => {
// To communicate with the DocumentsService, it must be running!
// Change these parameters to match the path to the service.
lt.Document.DocumentFactory.serviceHost = "http://localhost:40000";
lt.Document.DocumentFactory.servicePath = "";
lt.Document.DocumentFactory.serviceApiPath = "api";
}
}
import { DocumentHelper } from "../../utilities/DocumentHelper";
export class StatusJobDataRunner_Example {
el;
constructor() {
lt.RasterSupport.setLicenseUri("https://demo.leadtools.com/licenses/js/LEADTOOLSEVAL.txt", "EVAL", null);
DocumentHelper.initFactory();
}
run(buttonID) {
document.getElementById(buttonID).onclick = this.convert;
}
convert = () => {
// We will be converting this TIFF file to PDF
const imageUrl = "https://demo.leadtools.com/images/tiff/ocr.tif";
const loadDocumentOptions = new lt.Document.LoadDocumentOptions();
DocumentHelper.log("Loading document...");
// Load the source document and save it to the cache
lt.Document.DocumentFactory.loadFromUri(imageUrl, loadDocumentOptions)
.done((doc) => {
DocumentHelper.log("Saving document to cache...");
lt.Document.DocumentFactory.saveToCache(doc)
.done(() => {
let userToken = null;
let jobToken = null;
let minWaitFromResponse = 2000;
let minWaitFromRequest = 3000;
let requestTime = -1;
let responseTime = -1;
let runQuery = null;
// Document is the cache, create the job data and set its options
const jobData = new lt.Document.DocumentConverterJobData();
jobData.documentFormat = lt.Document.Writer.DocumentFormat.pdf;
// Convert
const convertJobPromise = lt.Document.Converter.StatusJobDataRunner.runConvertJob(doc.documentId, jobData)
.done((convertJobResult) => {
// convertJobResult is of type lt.Document.Converter.StatusJobDataRunner.RunConvertJobResult
// Get the user and job token
userToken = convertJobResult.userToken;
jobToken = convertJobResult.jobToken;
// Create the function to call when the job is done
const queryDone = (statusJobData) => {
// statusJobData is of type lt.Document.Converter.StatusJobData
// Check for errors
if (statusJobData.errorMessages && statusJobData.errorMessages.length) {
const messages = [
"The conversion job encountered an error:",
statusJobData.errorMessages[0],
"Check the console for more information."
];
alert(messages.join("\n"));
return;
}
else if (statusJobData.isCompleted) {
// Completed successfully
// Delete the job
lt.Document.Converter.StatusJobDataRunner.deleteConvertJob(userToken, jobToken)
.always(() => {
// Success, load the document
DocumentHelper.log("Finished loading result document...");
lt.Document.DocumentFactory.loadFromUri(statusJobData.outputDocumentUri, loadDocumentOptions)
.done((resultDoc) => {
const resultDocument = resultDoc.cacheUri;
const link = document.createElement("a");
const url = resultDocument;
link.href = url;
link.innerHTML = url;
link.target = "_default";
DocumentHelper.log("Converted: " + url, url);
})
.fail(DocumentHelper.showServiceError);
});
return;
}
DocumentHelper.log("Converting " + statusJobData.jobStatusMessage + "...");
// Keep querying
runQuery(Date.now());
};
runQuery = (responseTime) => {
const now = Date.now();
if (requestTime !== -1) {
const timeSinceRequest = now - requestTime;
const timeSinceResponse = now - responseTime;
// If we haven't waited the minimum since the response and haven't waited the maximum since the request, wait
if (timeSinceResponse < minWaitFromResponse || timeSinceRequest < minWaitFromRequest) {
const waitTime = Math.max(minWaitFromResponse - timeSinceResponse, minWaitFromRequest - timeSinceRequest);
window.setTimeout(() => {
runQuery(responseTime);
}, waitTime);
return;
}
}
lt.Document.Converter.StatusJobDataRunner.queryConvertJobStatus(userToken, jobToken)
.done(queryDone)
.fail(DocumentHelper.showServiceError);
requestTime = Date.now();
return;
}
runQuery(Date.now());
})
.fail(DocumentHelper.showServiceError);
})
.fail(DocumentHelper.showServiceError);
})
.fail(DocumentHelper.showServiceError);
}
}
export class DocumentHelper {
static showServiceError = (jqXHR, statusText, errorThrown) => {
alert("Error returned from service. See the console for details.");
const serviceError = lt.Document.ServiceError.parseError(jqXHR, statusText, errorThrown);
console.error(serviceError);
}
static log = (message, data) => {
const outputElement = document.getElementById("output");
if (outputElement) {
const time = (new Date()).toLocaleTimeString();
const textElement = document.createElement("p");
textElement.innerHTML = (outputElement.childElementCount + 1) + " [" + time + "]: " + message;
outputElement.insertBefore(textElement, outputElement.firstChild);
}
if (!data)
console.log(message);
else
console.log(message, data);
}
static initFactory = () => {
// To communicate with the DocumentsService, it must be running!
// Change these parameters to match the path to the service.
lt.Document.DocumentFactory.serviceHost = "http://localhost:40000";
lt.Document.DocumentFactory.servicePath = "";
lt.Document.DocumentFactory.serviceApiPath = "api";
}
}
<!doctype html>
<html lang="en">
<title>Document Example | StatusJobDataRunner</title>
<head>
<script src="https://code.jquery.com/jquery-2.2.4.min.js"
integrity="sha256-BbhdlvQf/xTY9gja0Dq3HiwQF8LaCRTXxZKRutelT44=" crossorigin="anonymous"></script>
<script src="../../LT/Leadtools.js"></script>
<script src="../../LT/Leadtools.Controls.js"></script>
<script src="../../LT/Leadtools.Annotations.Engine.js"></script>
<script src="../../LT/Leadtools.Annotations.Designers.js"></script>
<script src="../../LT/Leadtools.Annotations.Rendering.Javascript.js"></script>
<script src="../../LT/Leadtools.Annotations.Automation.js"></script>
<script src="../../LT/Leadtools.ImageProcessing.Main.js"></script>
<script src="../../LT/Leadtools.ImageProcessing.Color.js"></script>
<script src="../../LT/Leadtools.ImageProcessing.Core.js"></script>
<script src="../../LT/Leadtools.ImageProcessing.Effects.js"></script>
<script src="../../LT/Leadtools.Document.js"></script>
<script src="../../LT/Leadtools.Document.Viewer.js"></script>
<link rel="stylesheet" type="text/css" href="../../css/examples.css">
<!-- All demo files are bundled and appended to the window -->
<script src="../../bundle.js" type="text/javascript"></script>
</head>
<body>
<div>
<button type="button" id="exampleButton">Run Example</button>
</div>
<div id="output"></div>
<div>
<img id="img" />
</div>
</body>
<script>
window.onload = () => {
const example = new window.examples.StatusJobDataRunner();
example.run("exampleButton");
};
</script>
</html>
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